Antec Papers - Extrusion Division_ SPE

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					Key words                        Title
Heat Transfer, Barrel            Cast-In Heaters
Control, Temperature             Stepless and 3 Postition Temperature Controls for Extrusion Equipment
Design                           Problems and Trends in European Extruder Design
Analysis, Rheology               Viscosity Data for Extruder Flow Equations
Devolatilization                 A New Development in Extraction-Extrusion-The Vacuum Extruder Screw
Rheology, Instability            Melt Fracture - Extrudate Roughness in Plastics Extrusion
Thickness, Control               Beta Gauge Measurement and Control of Plastic Thickness and Area Weight
Metering, Analysis               The Effect of Relative Channel Depth and curvature on Screw-Extruder Pumping Capacity
PE, Power, Heat Transfer         Power and Heat Energy Relations in Polyethylene Extrusion
Analysis                         Extrusion Theory
Properties, Pipe, PE             Effect of Extrusion Conditions on Strength and Appearance of Polyethylene Pipe
Pipe, PE                         Rigid Polyethylene Pipe
PE, Monofilament                 Polyethylene Monofilaments
Sheet, HDPE                      Sheet Extrusion and Vacuum Thermo Forming of Higher Density Polyethylenes
Film, Properties, PE             Extrusion of Polyethylene Film with Controlled Properties
Wire Coating, PVC                Polyvinyl Chloride Dry Blend Extrusion in the Wire Coating Field
Film, Nylon, Properties          Nylon Film Properties
Mixing, Analysis, Metering       A Visual Analysis of Flow and Mixing in Extruder Screws
Pressure                         Application of Extruder Pressure Measurement Equipment
Rheology                         Continuous Extrusion and Thermal Curing of Insulation
Rheology                         The Significant Flow Properties of Thermoplastics
Sheet                            Sheet Extrusion Problems and Solutions
Sheet, PS                        Extrusion Variables Affecting High Impact Styrene Sheet Manufacture
Analysis                         Extrusion: Described by Experimentally Determined Equations
Film, Casting, PP                The Chill Roll Extrusion of Polypropylene Film
Metering, Pressure               Pressure Development in Extruder Screws
Mixing                           Flow Patterns in a Single-Screw Extruder
Mixing                           Sucrose Acetate Isobutyrate in Cellulose Acetate Extrusions
                                 Rapid Response Recording of Extrudate Temperature and Pressure--Typical Use in Evaluating Extruder Performance
Performance, Melt, Temperature, Pressure
Profile, Pipe, HDPE              Techniques in the Extrusion of High Density Polyethylene Tubing and Profiles
Properties, Monofilament         Monofilament Tester
Analysis, Mixing                 Flow Patterns in a Non-Newtonian Fluid in a Single-Screw Extruder
Heat Transfer                    Heating Capacity Limitations of Extruder Screws
Plastication                     Extrusion Plastification
Pressure                         Application Guide to Extruder Pressure Measurements
Analysis                         Process Dynamics of Screw Extrusion
Analysis, Two-Stage              Theory and Operation of the Two Stage, Single Screw Extruder
Control                          Dynamic Valving vs. Static Valving
Metering, Performance, Acrylic Performance Characteristics of Metering Type Screws on Acrylic Materials
Performance, Analysis            Experimental Illustration of Dynamic Extrusion Theory
                                 What is and Extruder?
Screw Design, Drives, Gearing, Heat Transfer
Sheet, PS                        Extrusion and Evaluation of Thin Gauge High Impact Polystyrene Sheet
Sheet, PS, Optics, Properties Techniques for Securing Gloss on Extruded High Impact Polystyrene Sheet and their Effect on Sheet Properties
ABS, Orientation                 Deep Draw Bubble Forming Techniques of ABS Polymers
Control, Thickness               Methods of Controlling Wall Distribution in Blow Molded Parts
Dies, Design                     Blow Molding Die Design
Dies, Profile, Film, Sheet, Pipe Principles of Die Design: A. Shape and Profile Dies B. Flat Film and Sheeting Dies C. Pipe Dies
                                 Effects of Transition Section Length on Screw Performance for Extruding Cast Polyethlene Film
Performance, Film, PE, Plastication
                                 QLT* A New Concept in Extrusion
Analysis                         Future of Extrusion
Barrel                           Mechanical Aspects of Extruder Cylinders
Dies, Quality                    Effect of Monofilament Die Characteristics on Processability and Extrudate Quality
Elastic, Melt                    The Elastic Melt Extruder Grows Up
                                 Flow Rate
Performance, Screw Design, Multi-Section and Pressure Drop Relationships for Multi-Section Screw Extruders
Processing, Multi-Screw          Recent Developments in Processing Plastics on Single and Multiple Screw Extruders
Analysis, Film, Thickness        Description and Analysis of Tracerlab's Single Gauge and Dual Gauge Cross Axis Systems
Analysis, Metering               Metering Screw Performance with Temperature Gradients- III. Conclusions from Computer Simulation
Dies                             Pre-Centered Pressure Coating Die
Draw Resonance, Rheology         Draw Resonance: Its Correlation to Molecular Parameters
Metering, Performance            Metering Screw Performance with Temperature Gradients- I. Experiments
Metering, Simulation             Metering Screw Performance with Temperature Gradients- II. Comparison of Calculated and Measured Performance
Nylon, Extrusion Coating         Nylon Extrusion coating
                                  Resonance
Rheology, Instability, Melt, DrawPhenomenon of Draw Resonance in Polymeric Melts
                                 The Prediction of ABS Extruded Sheet Surface Quality by Rheometer Behavior
Rheology, Sheet, Quality, Surface, ABS
                                 Residual Strains in Extruders
Analysis, Melting, Plastication Fundamentals of Plasticating Extrusion - A Theoretical Model for Melting
Analysis, Melting, Plastication Fundamentals of Plasticating Extrusion - Experiments
Devolatilization                 Improved Method and Apparatus for Venting in Extrusion
Film , Properties, ABS           Enhancing the Properties of ABS through the Lamination of NonABS Films
Film, Blown, Control, Thickness Control of Extruded Blown Film Thickness
Film, Vinyl                      Rigid Vinyl Film by the Extrusion-Method
Melt, Cooling, PE                Extrusion Cooling of Polyethylene Melt
Performance, Flight, Clearance Effects of Radial Screw Clearance on Extruder Performance
Plastication, Simulation, MeltingFundamentals of Plasticating Extruison - Development of a Mathematical Model
Screw Design, Polysulfone        Extrusion Screw Design for Polysulfone
Sheet, Film, Winding             The Principles of Curved Rolls in the Plastic Sheet Industry
Rheology                         Introduction to Melt Rheology and Applications to Extrusion
Plastication, Melting, Analysis Melting in Plasticating Extruders - Theory and Experiments
Mixing, Screw Design             An Improved Mixing Screw Design
Solid Conveying, Melting         Effect of Feed Condition on Screw Conveying and Plastifying
Processing, Nylon, Heat Transfer Heat Transfer Effects During Processing of Nylon Resins
Film                             Polyolefin Composite Films
Composites                       The Interfacial Stresses in Particulate Composite Systems
Film , Coextrusion, Properties Some Physical Properties of Multilayered Films
Film , Coextrusion, Optics       Physical Optics of Iridescent Multilayered Plastic films
Viscosity, Injection, Molding    Thermoset Melt Viscosity Determination Using Instrumented Spiral Flow
Viscosity, Injection, Molding    Viscosity Measurements in Injection Molding
Simulation, PS, Rheology         Analog Simulation of Polystyrene Capillary Flow
HMW-HDPE                         Extrusion of Extra High Molecular Weight High Density Polyethylene
Solid State Extrusion            The Extrusion of Polymers, below their Melting Temperatures, by the Application of High Pressures
Control, Temperature, Melt       Extruder Melt Temperature Control
Sheet, Economics                 Factors Affecting Cost of Extruding Sheet
Economics                        The Role of the Raw Material Supplier in Affecting the Costs of Conversion by Extrusion
Copolymer, PE, Adhesive          The Extrusion of Adhesive Polyethylene Copolymers
Foam, Reaction, Energy           The Use of Energy Balance Techniques to Monitor Chemical Reactions Occurring in the Extrusion of Foamed Plastics
Friction                         Friction Coefficients of Plastics and Steel
Dies, Rheology                   Entrance Flows of Polymeric Materials: Part. I Pressure Drop
Dies, Rheology                   Entrance Flows of Polymeric Materials: Part. II: Flow Patterns
Melt , Pumping                   Screw Extrusion of Polymer Melts
Profile, PVC, Sizing             A System for Rigid PVC Profile Extrusion Production Employing High Speed Extrusion and Sizing Techniques
                                 The
Two-Stage, Analysis, Performance Development of a New Extruder - The Two Stage Processing Extruder
Analysis, Simulation, Melting Melting Zone of Extruders-Analysis and Calculations
Melting                          Melting Zone of the Extruder
Melting, Instability             Melting Instability in Screw Extruders
Melting                          Melting in a Single Screw Extruder
Drives, Design                   Considerations in Choosing Extruder Drives
Economics                        Cost-Profit Monitoring in a Custom Processing Plant
Economics                        A Standard Cost Based Plastics Information System
PVC, Temperature, Melt           Studies on the Melt Temperature Profiles of PVC in the Extruder Head
Venting, Surging, Pressure      Studies in Pressure, Flow and Surging in a Vented Extruder with Rear Valving
Quality, Performance            Extrusion - Designing for Quality Performance
Scale-up, Elastic, Melt         Scale-Up Studies of the Elastic Melt Extruder
Analysis, Plastication          Plasticating Theory and Experiments for Single-Screw Extruders
PVC, Surface, Roughness         Roughness in Flexible PVC Compounds
Analysis, Solid Conveying       Solids Conveying and Melting in Single Screw Extruders - Part I - Solids Conveying
Analysis, Melting               Solids Conveying and Melting in Single Screw Extruders - Part II - Beginning of Melting
Simulation, Solid Conveying     Solids Conveying and Melting in Single Screw Extruders - Part III- Solids Conveying - Studies by Computer Simulation
Optimization                    Method of Optimizing Extruder-Lay-Out by Statistical Analysis of Processing Data
                                Extruders as Used in Processing Grains and Vegetable Proteins
NonPolymer, Food Extrusion, Protein
Analysis, Melting               Analysis of Melting Processes in Single-Screw Extruder
Dies, Design, Analysis          Analysis for Extrusion Die Design
Drives                          Application of Adjustable Speed A-C Drives for Industry
                                Cooling and Drawing of Blown Film
Film, Orientation, Blown, Cooling
Twin Screw                      Twin-Screw Extruders - Where To use Them and Why
Compounding                     One-Step Continuous Enforced-Order Variable Intensity Compounding and Extrusion with the Transfermix
Profile, Optics, PVC            Gloss Control for Rigid PVC Profiles
PVC, Rheology                   Influence of Shear Dependent Lubricant Characteristics on Melt Rheology of PVC
Profile, Foam, PVC              Cellular Vinyl, a New Concept in Rigid Profile Extrusion
Sheet                           Calender VS. Extruder
Welding, Acetal                 Ultrasonic Welding of Acetal Copolymer
Injection, Molding              New Miniature Injection Molding System for Test Specimens
Processing, Analysis            New Concepts in Plastics Processing
Fiber                           Extrusion and Spinning of Molten Fibers
Flow, Instability               A Study of Polymer Melt Flow Instabilities in Extrusion
Control, Temperature, Melt      Improvement in Extruder Melt Temperature Control
Twin Screw, PVC, Pipe, Quality Processing PVC Powder on Twin-Screw Extruders to Pressure Pipes of a Constant Good Quality
Performance, ABS, Lab           Brabender Plasti-Corder and Lab Extrusion Studies of ABS Resins
Analysis, Melting, Pressure     Melting in Plasticating Extruders and its Effect on Axial Pressure Profile
Analysis, Melting, Performance A New Method of Analyzing Extruder Screw Performance
Tubing, Pipe                    Corrugaged Plastic Tubing - 1972
Drying, ABS                     Absorption Drying of ABS Resin Utilizing Continuous Desiccant Dryers
Slitting, Winding, Film, Sheet Updating Slitting and Winding Operations
Film, Blown, LDPE               Some Aspects to the Film Blowing Process of LDPE
Coextrusion, Proerties          Co-Extrusion for Economy, Performance Properties and Products
Scale-up, Output, Performance Ultra High Output Extrusion on a Commercial Scale
Analysis                        A Novel Concept for Single-Screw-Machines
Quality, Melt                   Melt Quality Control in Extrusion Processes
Testing                         Dynamic Testing of Plastics Extrusion System
Analysis, Performance           How Theory Compares with Practice in Commercial Extrusion
Analysis, Horsepower, Scale-upScrew Horsepower Dependence on Screw Speed and Size - Theory and Experiment
Analysis, Plastication          Dynamic Model of a Plasticating Extruder
                                Theoretical Model for Non Intermeshing Twin Screw Extruders
Twin Screw, Analysis, Non-Intermeshing
Wave Screw, Performance         New Applications of Wave Screw Designs for Ultra High Output Extrusion
Mixing, Design                  Extrusion Design of Fluted Mixing Sections
Cleaning                        New Concept in Cleaning Plastics from Extruder Parts and Related Equipment
Mixing, Static Mixer            A New Inline, Continuous Concept in Mixing and Processing of Polymers
Devolatilization                Advances in Devolatilizing Extrusion Techniques
                                Flat Sheet
Dies, Coextrusion, Feed-Block, Film,Die Coextrusion of Film and Sheet by the Feed-Block Method
Pipe, Welding                   Welding of Thermoplastic Pipe
                                Optimization of a Twin Screw Extrusion System for Making PVC Pipe
Twin Screw, PVC, Pipe, Optimization
Pelletizing                     Underwater Granulating a Quiet, Automatic Strand Pelletizing System
Control, Automatic              Automatic Control of a Plastic Extrusion Machine
Metering, Feeding, Analysis     A New Method of Solving the Feeding and Melting Zone Problem in Extruders
Safety                          OSHA's Effect on the Small Extrusion Plant
Safety, Profile                 How a Custom Profile Extrusion Company is Coping with the Problem of O.S.H.A. Compliance
Safety, Cost                    O.S.H.A. and Its Financial Impact on Your Extrusion Plant
Safety                          Du Pont Approach to Safety
                                Statistics Evaluation of Motionless Mixer Performance
Mixing, Static Mixer, Performance
                                Minimum Shear Compounding Mechanism of Ko-Kneading
Compounding, Analysis, Ko-Kneader
Composites                      Exploratory Development of Composite Missile Fuselages
Film, Blown, Strain             Strain History of Melt in Film Blowing
Mixing, Homogenization          Post Extruder Mixing & Thermal Homogenization of Plastic Melt
                                Thermal Homogenization & Fiber Optic Melt Temperature Measurements in Extrusion
Temperature, Homogenization, Fiber Optics
Rycycle, Film, Reclaim          A Modern Method for the Reclamation & Recycling of Thermoplastic Film Waste
Film, Blown, Gels, Nylon6,6     Factors Affecting Gels in Blown Film Extrusion of Nylon6,6
PS., Rheology                   The Effect of Extrusion on the Molecular & Rheological Properties of General-Purpose Polystyrene
PP, Compounding, Properties Influence of Talc Ore & Particle Size Distribution on Properties of Talc Filled Polypropylene
                                 Design
Simulation, Optimization, Screw Design & Optimization of Single Screw Extruder by Computer Simulation
                                The Effect
Performance, Flight Clearance, Plasticationof Flight Clearance on the Performance of Plasticating Extruders
Heat Transfer, Transition       Heat Transfer in the Transition Section of a Plasticating Extruder
                                A Double Flighted Mixing Screw
Mixing, Screw Design, Performance
Analysis, Power                 Power for Multi-Section Melt Screw Extruders
Friction, Solid Conveying       Coefficients of Friction for Solid Polymers in Various Forms
                                Analysis
Dies, Analysis, Wire Coating, Simulation of a Cross Head Die with the Flow Analysis Network (FAN) Method
Dies, Simulation, Design, Film Computer Designed Dies for Tubular Film
Performance, PVC                PVC-Processing with Improved Single Screw Extruders
Dies, Simulation, Temperature How to Predict Temperature Fields in Dies
Filtration, Melt                Media Selection for Melt Polymer Filtration
Surging                         Application of Spectral Analysis to Extruder Flow Surge Problems
Recycling, Analysis             Recycle Calculations in Plasticating Extrusion
Solid Conveying, Analysis       Alternative Approaches to Extrusion Feeding
Sheet, Pipe, ABS                ABS Sheet/Pipe Extrusion Without Predrying
Compounding                     Extrusion Compounding of Heat & Shear Sensitive Polymers
Control, Film, Blown, PE        Digital Control System for a Blown Polyethylene Film Line
Devolatilization                Polymer Devolatilization
Film , Plastication             The processing of Films on A novel Ultra High-Pressure Plasticizing Unit
Copolymer, PE                   The Extrusion of Adhesive Polyethylene Copolymers
Orientation, Foam, Sheet        Extruded Foam Sheet Orientation
Dies, Design                    Design of Coat-Hanger Type Extrusion Die for Isothermal Power Law Fluids
Dies, Coextrusion               Development of a Dual Extrusion Die
Control, Extrusion, Coating     Measurement and Control of the Extrusion Coating Process
Orientation, Control            Orientation Birefringence - A Sensor for Extrusion Process Control
Analysis, Friction              Frictional Behavior of Glassy Polymers on Metal Surface
Analysis, Solid Conveying       Fundamental Mechanisms Related to Single Screw Extruder Feeding
Performance, Solid Conveying Feeding Characteristics of Single Screw Extruders
Grooved Feed, Performance       Effects of Grooved Feed Throat on Extruder Performance
                                Effect
Mixing, Flight Clearance, Performance of flight Clearance on Mixing Characteristics in Plasticating Extruders
Performance, Rubber             Practical Aspects of Extruding Uniroyal TPR Thermoplastic Rubbers
Performance, Mixing             Processing Versatility with a New Mixing Extruder
Multi-Screw                     The Multiscrew Extruder for the Long "Stretch"
Sheet, Cut-Off                  A New Cutoff Device for High Rate Sheet Extrusion
Filtration, Design, Performance Design and Operation of Screen Packs
Filtration, Gels                Gel Removal Through Porous Media
Pyrolysis, Pollution            Vacuum Pyrolysis of Polymer vs. Pollution
Film, Blown, Cooling            Two Side Cooling of Blown Film
Dies                            Effects on Flow in Sheet Dies
Film, Coextrusion,Sheet         "Co-Extru-Lamination" A New Process for Combining Incompatible Polymer Films and Sheet
Mixing                          Intromix: An In-Line Static Mixer
Recycling, PVC, PE              Cable Works Recycles Polyvinyl chloride and Black Polyethylene
Quality, LDPE, Mixing           Melt Homogenization of LD-Polyethylene: Improved Quality at Reduced Costs
Compounding, Twin Screw         Twin Screw Reinforced Plastics Compounding
Mixing                          High Speed Mixing and Extrusion
Performance, Screw Design       New Advances in Multi-Stage Single Screw Extrusion
Melting, Pressure, Analysis     Pressure Development in the Melting Zone of a Single Screw Extruder
Performance, Grooved Feed       How Grooved Feed Throat Design Effects Extruder Performance
Screw Design, Performance       A New Concept for Designing High Perfomrance Screws for Thermoplastic Material
Solid Conveying                 Solids Conveying in Plasticating Extruders
Performance, Analysis           How Recent Advances in Extrusion Technology Affect Application of Extrusion Theory to Optimized Commercial Practice
                                Studies on Multilayer Film Coextrusion I. Rheology of Flat-Film Coextrusion
Film, Coextrusion, Sheet, Rheology
                                Studies on Multilayer Film Coextrusion II. Rheology of Blown Film Coextrusion
Film, Coextrusion, Blown, Rheology
Rheology, Filled, Polymer       Rheological Properties of Highly Filled Polyolefin/Ceramic Systems Suited for Injection Molding
Control                         The Computerized Process Control System as a Process Engineering Tool
Barrel, Control                 Depth of Sensors in Extruder Barrels
Dies, Viscosity                 More Information for Extrusion Die Design and Processing-From Melt Flow Index to General Viscosity Function
Simulation, Viscosity           Computer Simulation of Steady State Non-isothermal Melt Flow in Tubes
Dies, Simulation, Viscosity     Calculation of the Elastic Deformation (Swelling Potential) in Extrusion Dies - hints on Die Design
Simulation, Heat Transfer       Heat Transfer to Polymer Melts Flowing Through Narrow Channels
Wire Coating, Rheology          Studies on Wire Coating Extrusion I. The Rheology of Wire Coating Extrusion
Wire Coating, Coextrusion       Studies on Wire Coating Extrusion II. Multilayer Wire Coating Coextrusion
Coextrusion, Instability        Interfacial Flow Instability in Multilayer Coextrusion
Film , Blown, HDPE              Preparation of Balanced HDPE Blown Films
Simulation, Heat Transfer, Pump Heat Transfer in Melt-Feed Screw Pumps: An Improved Mathematical Model and Solution for Design Applications
Twin Screw, Devolatilization    Devolatilization in Residual Styrene Monomers in Twin Screw Extruders
                                Feed
Scale-up, Plastication, Grooved Scale-up Theory and Applications for Plasticating Single Screw Extruders of Conventional Design and with Grooved Feed Se
Control, Temperature            Application of Digital Infrared Sensors to Extrusion Control
Wave Screw, Performance         Extruder Screws with Long Twin-Channel Metering Wave Sections
                                Effect of Screw Design on Melt Temperature Uniformity
Screw Design, Temperature, Performance
Analysis, Multi-Screw           A Comprehensive Analysis of the Multi-Screw Extruder Mechanisms
Analysis, Melting               Melting Behavior of Solid Polymers on Metal Surface: I. Experimental Results and Comparison with the Present Melting Mo
Analysis, Screw Design, MeltingA Scientific Screw Design Method Based on Experimental Melting Rate
Simulation, Coal                The Continuous Extrusion of Coal Simulation of the Coal Pump
Pelletizing                     A General Strategy for the Selection of Pellet Dimensions and Operating Parameters to Maximize Pellet Production Rate
Wear                            Wear in Plastic Extrusion Machinery
Wear, Lubrication               Rheodynamic Lubrication of Screw Flights to Reduce Wear in Single Screw Extruders
Dies, Analysis, Wire Coating    Realistic Analysis of Flow in Wire-Coating Dies
Wire Coating, Cooling           Thermal Capacitance and Cooling Length in the Wire Coating Process
Dies, Coextrusion               Flow in Coextrusion Dies
Film, Coextrusion               The New Development in Multi-Step Coextrusion Film
Film, Blown, Cooling            Studies on Blown Film Cooling
Compounding                     High Loadings of Pigments, Filled and Reinforced Thermoplastic Materials
Performance, Control            The Dynamic Behaviour of Extruders
Mixing, Analysis                New Fundamental Considerations on Mixing in Laminar Flow
Performance, Surging            Surging in Screw Extruders
Analysis, Twin Screw            An Analysis of the Conveying Characteristics of Twin Screw Extruder Mechanisms
Solid Conveying, Performance Extruder Performance in the Metered-Starved Feeding Mode
                                Forced-Feeding Zones Improve the Extrusion Properties
Feeding, Craming, Solid Conveying
Analysis, Melting, Plastication On the Melting of an Ideally Rigid Fusible Solid on a Hot Moving Surface
Solid Conveying                 Plasticating Extrusion-The Solids Conveying Zone
COF, Friction                   Frictional Properties of Thermoplastic Solids
Performance, Temperature        Measuring of Local Mass Temperatures Inside of Extruders by Temperature Indicating Materials
Residence Time, RTD             Potential Applications of Tracers in Extrusion
                                Effect
Residence Time, RTD, Foam, LDPE of Residence Time Distribution on Extruded Low Density Polyethylene Foam
Elastic, Viscosity, Melt        Measurements of the Elastic Properties of Polymer Melts
Control, Temperature            Three Mode Temperature Controller Pre-Tuning
Control, Thickness, Pipe        100% On-Line Inspection of Plastic Pipe Via Rotational Ultrasonic Technique
Control, Temperature, Melt      Autogenic Melt Temperature Control System for Plastic Extrusion
Control, Quality, Melt          Continuous Quality Control of Polymer Melts
Control, Dies                   A Flat Die Extruder Control System Using Distributed Digital Processors
Control, Profile                Automatic Profile Control: Technology and Application
Dies, Rheology, Swell           Extrudate Swell From Slit and Capillary Dies: An Experimental and Theoretical Study
Dies, Design                    Practical Principles of Die Design
Dies, Profile, Orientation      Shape Changes During Drawing of Non-Circular Extruded Profiles
Simulation, Cooling             Calculation of Cooling Processes in Extrusion
                                Theoretical Prediction of the Pressure Gradients in Coextrusion of Non-Newtonian Fluids
Simulation, Coextrusion, Pressure
Solid Conveying, Friction       Frictional Properties of Thermoplastic Solids-Effect on Extrusion
Solid Bed, Bulk Density         Behavior of Polymeric Particulate Solids Under Pressure
Grooved Feed, Solid Conveying Solids Conveying in Single Screw Extruders with Helical Grooves in the Barrel
Control, Output                 Valve Control of Extruder Output
                                Temperature Induced Pressure Gradient in the Clearance Between Screw Flight and Barrel of a Single Screw Extruder
Analysis, Leakage, Screw Clearance
Plastication, Analysis          A New Plasticating Model and Experimental Verification for Solid Polymers at Processing Conditions
                                 Screw, Co-Rotating
Analysis, Solid Conveying, Twin An Analysis of the Conveying Characteristics of Twin Screw Co-Rotating Extruders
Screw Speed                     Ultra High Speed Extrusion
Analysis, Plastication, Disk    A Novel Polymer Processing Machine-Theory and Experimental Results
Design, Plastication, Disk      Applications and Design of a Novel Polymer Processing Machine
Mixing, LDPE, Design            A New Screw Design for Melt Homogenizing LDPE
Control, Temperature            Digital Temperature Control-A Way to Improve the Extrusion Process
Twin Screw, Energy, Control     Energy Control in Twin Screw Extruders
                                The Dispersion of Carbon Black Masterbatch in the Extrusion of Polyethylene
Compounding, Polyethylene, Dispersion, PE
Analysis, Melting, Solid Bed    A New Technique for Melting Polymer Granules Part I-Theoretical Analysis PartII-Design and Experimental Results
Performance                     Performance Characteristics of SDS Type Extrusion Screws
Mixing                          Illustrations of Mixing in Laminar Flow
Analysis, Dispersion, Liquid    Modeling Liquid Phase Dispersions in Single Screw Extruders
Film                            How Do Your Handle a Plastic Web? Very Carefully
Film , Heat Sealing             A Fundamental Study of Heat Sealing of Composite Polyolefin Films
Film , Polyethylene, PE         Polyethylene Film
Film , Packaging, PET           Polyester Films for Packaging Applications
Film , Orientation, Biaxial     Future Outlook on Process and Equipment for the Biaxial Orientation of Plastic Films
Film , Treatment                Surface Activation of Plastic Films with Corona Discharge
Film , Treatment                Corona-Discharge Treatment of Polymeric Films, II: Chemical Studies
Devolatilization, Analysis      Fundamental Aspects of Batch Devolatilization
Twin Screw, Co-Rotating         Development Tendencies for Co-Rotating Twin Screw Extruders
Film, Blown, LDPE, Properties The Influence of Adjustable Plant Parameters on The Mechanical Properties of Blown LDPE Film
Twin Screw, PVC                 Investigations on The Extrusion of Rigid PVC on Twin Screw Extruders
Film, Sheet, Gauge Control      A New Method for Thickness Control in Flat Film and Sheet Extrusion
Cellulose, Slurries             Extrusion of Concentrated Cellulosic/Polymer Slurries
Film, Blown, HDPE               Advances in HDPE Tubular Film Extrusion
                                Applying Basic Solids Conveying Measurements to Design and Operation of Single Screw Extruders
Solid Conveying, Analysis, Design
Compounding                     New Techniques for Polyolefin Extrusion Using Carbon Black Masterbatch and Liquid Colours
Film, Sheet, Cooling            Heat Transfer in the Cooling of Extruded Flat Film Sheet
Barrier                         Barrier Screws-Step in the Right Direction
Residence Time                  A New Method for the On-Line Determination of Residence Time Distributions in Extruders
Mixing, Analysis                Relating Mixing Theory to Experiments
Filtration, Analysis            Flow Equations for High Viscosity Polymer Melts in Cylindrical Cartridge Filters
                                Calculation of Three-Dimensional Velocity and Temperature Fields in Flow Channels
Simulation, Temperature, Velocity
Control, Start-up               Strategies for Computer-Controlled Start-up of Extruders
Dies, Viscosity, Stress         A Stress Distribution of Polymers in Extrusion Through a Converging Die
                                The Effect of
Twin Screw, Analysis, Co-Rotating, Leakage Leakage and Cross Channel Flows on the Performance of Co-Rotating Twin Screw Extruders
Analysis, Design                Theoretical Approach to Extruder Screw Design and Optimization
Film, Treatment                 A Comparison of Gas Plasma and Traditional Surface Treatment Techniques
Film, Treatment                   Corona Discharge Electrode Concepts in Film Surface Treatment
                                  The Effect
Film, Irradiation, Resin, Extrusion, Coating of Electron Beam Radiation on Film Properties of Film and Extrusion Coating Resins
Film, HMW-HDPE, Rheology Some Rheological Aspects of High Molecular Weight High Density Polyethylene Film Resins
                                  Mathematical Analysis of Transport Properties of Polymer Films for Food Packaging-IV. Prediction of Shelf-Life of Food Pac
Analysis, Film , Packaging, Barrier
HMW-HDPE, Crosslinking            Chemical Crosslinking of High Molecular Weight HDPE
Reactor, Cellulose                Continuous Cellulose Hydrolysis
Twin Screw, Reactor, Co-Rotating  Close Intermeshing Co-Rotating Twin Screws for Reaction of Fiscous Materials
Analysis, Twin Screw              Analysis and Experimental Evaluation of Twin Screw Extruders
Devolatilization                  Efficient Use of Extruders for Polymer Devolatilization
Mixing                            Vertical Single Screw Mixing Extruder
Scale-Up                          Scale-Up of Single Screw Extruders
Mixing                            Experiments in Extensive Mixing in Laminar Flow: II The Single Screw Extruder With Mixing Section
                                  D
Devolatilization, Design, Analysis esign of Two-Stage Extractor-Screws
Energy Efficiency                 Optimizing Energy Utilization in Extrusion Processing
Plastication, Viscosity, Friction Stress at Polymer/Metal Interface During Melting in Extrusion
Melting, Solid Bed                Conductive Melting of Pressurized Polymer Particulate Beds
Wear, Corrosion, Compounding Wear Attenuation in Plastics Processing Machinery Conveying Filled and Corrosive Polymers
Film , Liquid Crystal, Solution Extrusion and Evaluation of Films of Poly (P Phenylene Terephthalamide) From Liquid Crystalline Solutions
                                  Bulk Density
Solid Bed, Bulk Density, Analysis, Feeding Behavior of Chip/Flake Blends Compared with Micropacking Theory
Solid Bed, Friction, Feeding      Friction Measurements on Plastics Powders and Granules for Extruder Feed Zone Design
Bulk Density, Friction            The Coefficient of Friction and Bulk Density of Polymers in Powder and Pellet Form
Grooved Feed                      Grooved Feed Extrusion
Mixing                            Novel Mixing Screw
                                  Non
Dies, Coextrusion, Non-Isothermal Isothermal Flow in Co-Extrusion Dies
Dies, Design, Viscosity, Swell Designing Extrusion Dies On The Basis of Die Swell Calculations
Dies, Viscosity, Stress           Stress Relaxation and Build-up in The Entrance Region of Slit Dies
                                  Coextrusion for Barrier Packaging
Twin Screw, Counter-Rotating Aspects of Melt Flow in Counter-Rotating, Tangential Twin Screw Extruders, an Experimental Study
                                  Residence Time
Twin Screw, Counter-Rotating, Residence Time Distribution of a Counter-Rotating, Non-Intermeshing Twin Screw Extruder
Performance, Slurries             Performance of Single Screw Extruders Upon Concentrated Slurries
Devolatilization, Melt            Devolatilization of Polymer Melts in Single Screw Extruders
Performance                       Hazards in Extrusion Performance Comparisons
Fiber, Compounding                Fiber Breakage in Extrusion
                                  New
Performance, Wear, Temperature Studies on Screw Wear and its Effect on Output, Stock Temperature, Uniformity and Processor Economics
Film, Blown, LLDPE                A Study on Blown Film Extrusion of Linear Low-Density Polyethylene
Film, HDPE, Properties            The Effect of Certain Extrusion Variables on High Density Polyethylene Film Properties
Pelletizing                       CXP-A Revolutionary New Pelletizer
Filtration                        Influence of Porous Media on Extrusion
Polyethylene, Crosslinking, PE A New Methode for Crosslinking Polyethylene-Insulations
Dies                              Mechanical Design of Extrusion Dies
Simulation, Plastication          Numerical Simulation of a Single Screw Plasticating Extruder
Simulation, Melting               Mathematical Modeling of Melting of Polymers in Screw Extruders-Part I
Simulation, Melting               Mathematical Modeling of Melting of Polymers in Screw Extruders-Part II
Simulation, Mixing                Computer Analysis of Mixing in Single Screw Extruders
Control, Temperature              Temperature Control in Polymer Processing Machinery with Closely Wiped Walls
Dies, Viscosity                   Entrance Pressure Drop and Die Swell in Capillaries vs. Slits
                                  On
Film, Coextrusion, Melt DisturbanceInterfacial Instability in Multilayer Film Coextrusion
Coextrusion                       Layer Distribution in Coextrusion
Viscosity                         Obtaining Viscosity Data From Laboratory Extruders
                                   PP
Blends, Polypropylene, Nylon66,Polypropylene/Nylon-6 Blends: Phase Distribution Morphology, Rheological Measurements and Melt Spinning Behavior
Temperature                       Extruder Temperature Behaviour
Polypropylene, PP                 Variation of Extrusion Conditions-Change of Polypropylene Properties
Control, Film, Blown              Self-Tuning Control of Film Thickness in a Blown Film Process
Mixing, Performance               Analysis of the Performance of Maddock Head Mixer
Compounding, Blends, Mixing An Evaluation of Mixing Devices for Extruders Fed with Masterbatched Additives and Polymer Blends
                                   Mixing
Mixing, Twin Screw, Counter-Rotating in Counter-Rotating Tangential Twin Screw Extruders
Mixing                             Investigations into the Determination of Mixing Homogeneity in Extrudates
Mixing, Analysis                   A Novel Technique for Analyzing Mixing in Processing Equipment
Mixing                             Automated Mixing Analysis
                                   Expanding Uses for Counter-Rotating, Intermeshing, Twin Screw Extruders
Twin Screw, Intermeshing, Counter-Rotating
                                   Pumping Characteristics of Counter-Rotating Tangential Twin-Screw Extruders
Twin Screw, Melt Pumping, Counter-Rotating
                                   Melting
Melting, Twin Screw, Counter-Rotating in Counter-Rotating, Tangential Twin Screw Extruders
Devolatilization                   The Length of a Transfer Unit (LTU) for Polymer Devolatilization Processes in Screw Extruders
Polypropylene, Spinning, PP        Extrusion and Melt Spinning Characteristics of Thermally Degraded Polypropylene
Grooved Feed                       Grooved Intensively Cooled Extruders-Are They Suitable for all Polyolefins?
LLDPE                              Analysis of Extrusion Characteristics of LLDPE
Film, Blown, PE                    An Experimental Study of the Dynamics of Tubular Film Extrusion of Polyethylene
                                   An Investigation of
Film, Optics, Orientation, Polyethylene, Blown, PE Optical Clarity and Crystalline Orientation in Polyethylene Tubular Film
Gear Pump, Pressure                Integrated Gear Pump Optimizes Pressure Build-up and Discharge in Extruder Operations
Pelletizing                        Centrifugal Pelletizer Performance
                                   A
Screw Design, Energy Efficiency Novel Energy Efficient Screw Design
Performance                        Theory and Performance Characteristics of SDS Screws
Output, Performance                Investigations into the Throughput Behavior of Conventional Single-Screw Machines
Simulation, Wire Coating           A Finite Element Model for Cable Jacketing Simulation
                                   Converging
Simulation, Coextrusion, Wire Coating, Dies Flow of Two Fluids in a Tapered Wire Coating Die-A Theoretical Treatment
Two-Stage, Design, Simulation Two-Stage Extruder Screws Part I. Designing for Functional Requirements Part II. Optimization of the Pump Section Part III
Cooling                            Design of Cooling Sections in Extrusion Lines
Polyethylene, Crosslinking, PE Crosslinked Polyethylene Extrusions Using Direct Silane Injection
                                   Modeling
Simulation, Twin Screw, Counter-RotatingPerformance Characteristics of Counter-Rotating Tangential Twin Screw Extruders
sheet                              Direct Sheet Extrusion
                                   Two Stage Co-Rotating Twin
Compounding, Twin Screw, Co-Rotating, Energy Efficiency Screw Extruder: A New Development for Energy Efficient Compounding
                                   Instability Phenomena in Cast and Tubular Film Extrusion of Polyethylenes
Instability, Film, Casting, Polyethylene
Film, Blown                        Improving Thickness and Shrinkage Uniformity of Blown Film Products
Film, Blown, LLDPE                 High Performance LLDPE Blown Film Equipment
Film, Copolymer, PP                New Polypropylene Random Copolymers Contribute Improved Film Properties
Film, Blown, Copolymer StyreneA New Clear Blown Film Produced from Butadiene-Styrene Copolymer
Film, Orientation, Nylon66         Properties of a New Biaxially Oriented Nylon 66 Film
Film, Blown, Cooling               Air Ring Effects in Blown Film Extrusion
Simulation, Film, Blown            Mathematical Modelling of the Tubular Film-Blowing Process
Dies, Sheet                        Design of Dies for the Extrusion of Sheets and Annular Parisons: The Distribution Probelm
Simulation, Dies                   Finite Element Analysis of Flow Through Dies and Extruder Channels
Mixing, Design                     Design of Fluted Mixing Sections
Simulation, dies                   Approximation to Flow Phenomena of a Polymer Power Law Fluid in Small Shearing Gaps
PVC                                Analysis of the Wall Slip Effect in Extrusion.Lubricated PVC Formulations
Simulation, Melting                Mathematical Modeling of Melting of Polymers in Single-Screw Extruders: A Critical Review
Simulation, Plastication           Dynamic Modelling of a Single Screw Plasticating Extruder
Simulation, Plastication           A Three Dimensional Model for Plasticating Extrusion Screw Design
Grooved Feed                       Optimal Design of Grooved Barrel Sections
Grooved Feed, Feeding              A Study of Grooved Feeding in the Extrusion of Polymeric Powder
Profile                            Analysis of Size and Shape Changes Along an Extrusion Line
Profile                            New Aspects on Profile Processing
Melt, Pressure                     Melt Pressure Measurement: Environmental Effects
Residence Time                     Investigations into the Residence-Time Behavior of Conventional Plasticating Single Screw Extruders
Control                            Computer Control of a Non-Steady-State Extrusion Process
Mixing                             Measurement of Mixing in Polymer Melts by Focused Ultrasound
Gear Pump                          Gear Pump Assisted Two Stage Extrusion
Pelletizing                        Mini-Pellets
Simulation, Devolatization         A Fundamental Study of Polymer Melt Devolatilization
Foam, Devolatization               The Mechanism of Foam Devolatilization in Partially Filled Screw Devolatilizers
Solution                           Extrusion Isolation of Polymers from Solution
Rotating, Devolitilization       A Rotating Drum Devolatilizer
Gear Pump                        Gear Pump Characteristics and Application
Performance, Melt Pumping        Throughput-Pressure Relationships for Power Law Fluids in Single Screw Extruders
Compounding                      Hicap Extrusion Technology for Black Jacketing Compounds
Saran, PVDC                      Extrusion of Saran Resins
Residence Time                   Determination of the Residence Time Distribution in a Plasticating Extruder Using an Ionomer Tracer
Mixing, Twin Screw, Co-Rotating  Mixing Studies in Co-Rotating Twin Screw Extruders
                                 P
Composites, Simulation, Solution redicting Component Concentration Fluctuations in Extruded Polymer Composites
Control                          Dynamic Behavior of a Single Screw Plasticating Extruder
Barrier, Analysis                Analysis of Barrier Type Extruder Screws
Melting, Solid Conveying         On the Melting of a Compressed Polymer Bed in an Annular Cell
Solid Conveying, Friction        Solids Conveying Friction Factors from Extruder Flow Data
Simulation, Solid Conveying      The Mathematical Model of Solid Conveying Zone in Single Screw Extruder
Melt Temperature                 Melt Temperature Measurement in a Single Screw Extruder
Orientation, Film, PP, Optics    The Influence of Processing Conditions on the Optical and Mechanical Properties of Extruded and Biaxially Stretched PP Film
Film , Dies                      Causes of Edge Beads in Flat Cast Films
                                 Deformational and Temperature History Comparison for LLDPE and LDPE Elements in the Bubble Expansion Region of Blow
Film, Blown, Orientation, LLDPE, LDPE
Film, Blown, Cooling             Countercurrent Cooling of Blown Film
Film, Recycling, LDPE            The Recycling of Low Density Poly(ethylene) Film
                                 Recycle
Coextrusion, Recycling, Saran, PVDC of Saran-Containing Scrap in Multilayer Coextrusion
Dies, Instability                New Process for the Reduction of Draw Resonance in Melt Embossing and Extrusion Coating
High Speed, Energy Efficiency The Extrusor-A High Speed, Low Shear, Energy Efficient Extruder
Performance, Melt Pressure       A Novel Melt Pressure Intensifier Improves Extruder Screw Performance
Control, Profile                 Multidimensional Control of Profile Extrusion by Thermal Methods
Profile, Cooling                 Lay-Out of Cooling Sections in Profile-Extrusion Plants
                                 Control Pipe
Control, Coextrusion, Orientation, Fiber, of Fiber Orientation in Pipe Coextrusion
Compounding, Dies, LDPE          Die Flow Characteristics of Compounds of Low Density Polyethylene with Small Particulates
Pelletizing, Dies, Temperature The Effect of Die Plate Temperature Gradients on Pellet Size Distribution from Underwater Die-Face Pelletizers
Analysis, Wire Coating           Wire-Coating Analysis without the Lubrication Approximation
Dies                             Effects of Secondary Cavities, Inertia and Gravity on Extrusion Dies
                                 A
Devolatilization, Simulation, Foam Fundamental Study of Polymer Melt Devolatilization. II A. Theory for Foam-Enhanced DV
                                 Polymer Devolatilization II. Model for Foaming Devolatilization
Simulation, Foam, Devolatilization
Devolatilization, Twin Screw     Single Screw versus Twin Screw Extruder for Polymer Melt Devolatilization
                                 Application of
Devolatilization, Twin Screw, Counter-RotatingNovel Counter-Rotating Intermeshed Twin Extruder for Degassing Operation
Mixing                           The Effect of Viscosity Ratio on Laminar Mixing in the Twisted Tape Motionless Mixer
Mixing, Performance              Distributive Mixing Performance of Two Dynamic Mixers
Mixing, Blends                   Effect of Mixing History on Phase Morphology of a Polyalloy (Tentative Results for Three Mixers)
Blends, Mixing                   Flow Visualization of Blending of Elastomers and Thermoplastics in an Internal Mixer
Mixing                           A Modular System of Dynamic Melt Mixers
Film, Optics                     Experimental Study of the Mechanisms of Light Scattering and Surface Roughness of Tubular Film
Film, Casting, Dies              Elimination of Edge Beads in Cast Polymer Films
Reclaim, LDPE                    An Investigation into the Problems Associated with Extrusion of Reground LDPE
Simulation, Film, Blown          Blowing Film Modeling-Die to Frostline
Film, Scale-up                   Studies on Scale-Up of Tubular Film Extrusion
Dies                             Flow Distribution in Spiral Mandrel Dies
Simulation, Dies, Pressure       Dimensionless Curves for Pressure of a Heated Die Slot
Simulation, Dies                 Simulation of Nonisothermal Extrusion of Viscoelastic Melt in Slit Die
                                 Fabrication
Coextrusion, Compounding, Fiber, Sheet and Thermoforming of Coextruded Short Fiber-Reinforced Thermoplastic Sheets
                                 Coextrusion of Short Fiber-Reinforced Plastic Pipes
Coextrusion Compounding, Fiber, Pipe
Wear, Grooved Feed               General Research Concerning the Cause and Minimization of Abrasive Wear in the Grooved Feed Zone of Single-Screw Ext
                                 Capillary Die Freeze-Off in Underwater Pelletization of Polystyrene
Pelletizing, Polystyrene, Dies, PS
Melting, Wave Screw              The Study of the Melting Mechanism in a Twin-Channel Wave Screw Extruder
Rotation                         Morphological and Mechanical Property Studies of Polymer Extrudates Obtained by the Rotational Extrusion Process
Scale-up                         Scale-Up of Single Screw Extruders
                                 Numerical
Simulation, Performance, Melt Pumping Analysis of the Temperature Profile in the Melt Conveying Section of a Single Screw Extruder: Comparison with E
Control                          A Study of the Dynamics and Control of a Single-Screw Extruder
Power, Melt Pumping              Power Consumption for Extrusion of Non-Newtonian Melt
                                 A Mathematical Model for Non-Newtonian Melt Flow over Cylindrical Compounders in Non-Intermeshing Twin Screw Extrude
Simulation, Twin Screw Non-Intermeshing
Pressure, Control                Microcomputer-Based Melt Pressure Measurement for Extrusion Process Control
Cooling, Extruder                Extruder Barrel Cooling
Film, Blown HMW-HDPE             Effect of Molecular Weight of HMW-HDPE Blown Film Extusion
Feeding, Optimization            Approaches to Optimizing Feeding in Single Screw Extruders
Control, Profile                 Multivariable Feedforward Control of Profile Extrusion
LLDPE, Metering, Performance Performance Study of Variable Pitch Metering Screws for Processing LLDPE Melts
Barrier, Performance, Melting Performance Study of Barrier Screws in the Transition Zone
Metering, Output                 Output characteristics of Power Law Fluids in Screw Pumps
Metering, Power                  Energy Consumption of Power Law Fluids in Screw Pumps
Metering, Performance, Pump Effect of Internal Screw Heating on the Performance of Pump-Assisted Extruders
                                 B
Barrier, Film, Blown, HMW-HDPEarrier Screw Considerations for HMW-HDPE Blown Film Extrusion
Devolatilization                 Progress in Devolatilization of Polymer Melts in Injection Molding and Extrusion
                                 A
Simulation, Devolitilization, Foam Fundamental Study of Polymer Melt Devolatilization: IV some Theories and Models for Foam-Enhanced DV
                                 Devolatilization of Concentrated Polymeric Solutions in Extensional Flow
Devolatilization, Extensional Flow
Devolatilization, Solution, Flow Concentration, Temperature and Deformation Effects in Concentrated Polymer Solutions with Volatile Solvents
                                 Dimensionless Curves for Extruder Melt Temperature and Flow
Simulation, Melt, Temperature, Flow
Simulation, LDPE                 Computer Simulation of LDPE Extrusion
Coextrusion                      Interface Determination in Multilayer Extrusion
Simulation                       Megapus-A Program Package for the Layout of Extrusion Lines
Performance, Foam, Cooling Analysis of the Performance of Cooling Extruder in Thermoplastic Foam Extrusion
                                 Counter-Rotating, Nonintermeshing Extruders as Continuous Reactors
Reactor, Twin Screw, Counter-Rotating, Non-intermeshing
                                 Counter-Rotating Twin
Devolatilization, Reactor, Counter-Rotating, Twin ScrewScrew Extruder as a Devolatilizer and as a Continuous Polymer Reactor
Mixing, Polyoxymethylene         Mixing Mechanisms for Polyoxymethylene
Reactor, Methyl Methacrylate Reactive Extrusion of Methyl Methacrylate
                                 Performing Continuous Polymer Reactions on Co-Rotating Intermeshing Twin Screw Extruders
Reactor, Twin Screw, Co-Rotating, Intermeshing
                                 Isothermal Flow of Viscous Liquids in the Mixing Section of a Buss Kneader
Mixing, Flow, Simulation, Buss Kneader
                                 Experimental Comparison
Performance, Twin Screw Counter-Rotating, Co-Rotating Between Counter-Rotation and Co-Rotation on the Twin Screw Extrusion Performance
Compounding, Solution            Solvent Assisted Compounding of Highly Filled Thermoplastics
Compounding, Quality             Quality Assurance and Quality Improvement Via On-Line Controlled Compounding
Mixing, Simulation               Criteria for the Prediction of Mixing in Laminar Mixers
Mixing                           Automated Measures of Mixing for Laminar Flows
Barrier, Film, Blown, Dies       Barrier Screw Performance at Several Blown Film Die Gaps
Film, Dies, Quality              Film Quality improvements Through Effective Die Design
Film, Blown                      Blown Film Bubble Collapsing Improvement
Orientation, Polypropylene       Polypropylene Biaxial Orientation from a Morphological Viewpoint
Film, Optics                     Optics-Principle Sources of Haze & Gloss
Dies, Profile                    Streamlined Dies and Profile Extrusion
Dies, Coextrusion                Flow of Thermoplastics in Dies With Oscillating Boundary
Dies                             Edge Control of Slot dies
Simulation, Dies, Performance Numerical Simulation on the Flow of Polymer Melts Through a Coat-Hanger Die and Analysis of the Results
Polypropylene                    Extrusion Characteristics of Polypropylene Resins
Pipe                             Analysis of Slump in Plastic Pipe Extrusion
Liability                        Product Liability-Who Pays for It?
Performance                      Evaluating Extruder Screw Performance
Additives                        On-Line Additive Injection in the Extrusion Process
Heat Transfer                    Heat Transfer in Twin Screw Extruders
                                 Mixing Performance in a Non-intermeshing, Counter-Rotating Twin Screw Extruder: Experimental Study of Key Parameters A
Twin Screw, Co-Rotating, Counter-Rotating
Mixing, Co-rotating, Twin Screw Towards a Better Understanding of Mixing in a Co-Rotating Twin Screw Extruder
Heat Transfer, Twin Screw        Heat Transfer in Twin Screw Extruders
                                 A Comparative Study of Single and Twin Screw Devolatilizers
Devolatilization, Twin Screw, Single Screw
Compounding                      Optimisation of Compounding Machines
                                 Scaleup of Counter-Rotating Non-Intermeshing Twin Screw Extruders
Counter-Rotating, Non-Intermeshing, Twin Screw
                                A Numerical Twin Screw
Mixing, Non-Intermeshing, Counter-Rotating, Procedure for Evaluation of Mixing in the Nip Region of a Non-Intermeshing, Counter-Rotating Twin Screw Extru
Simulation, Twin Screw          Simulation of Flow of Polymer Melts in Intermeshing Co-Rotating Twin Screw Extruders
Simulation, Twin Screw          Finite Element Modeling of a Counter-Rotating, Tangential(CRT) Twin Screw Extruder
Blends, Twin Screw Design       Current Developments in Twin Screw Design and Its Application in the Preparation of Polymer Blends
Design, Grooved Feed, FeedingFeed Mechanism and Screw Design for Grooved Feed Extruders
Feeding                         The Compressibility of the Resin Solid Feed Bed in Extrusion
Pipe, Polyethylene              Extrusion of Polyethylene Pipe Compounds with Double Flight Screws
Melting, Gear Pump              An Enhanced Plasticating System Using a Combination of a High-Speed Extruder and Gear Pump
Screw, Analysis                 Extruder Screw Analysis
Simulation, Melt Temperature Temperature Development in Pure Drag Flow, Exact Analytical Solution
Melt Temperature                Dependence of Melt Temperatuer on Screw Speed and Size in Extrusion
Simulation, Dies, Flow          Polycad: A Finite Element Program for Polymer Flow Analysis Through Extrusion Dies
Simulation                      A heuristic Approach to Modeling Viscoelasticity in Polymer Processing
Simulation, Mixing              Analysis of Fluted Mixing Devices for Single Screw Extruders
Film, Blown, orientation        Blown Stretch Film Processing Parameters
LLDPE, Film, Blown              Equipment and Processing Update for the Blown Film Extrusion of Linear Low Density Polyethylene
Film, Blown                     Review of Developments in Blown Film Machinery Over the Last Decade
Film, Coextrusion, Barrier      Practical Considerations in Barrier Film Coextrusion
Coextrusion                     On-Line Layer Discrimination of Multi-Layer Structures
Dies, Simulation                Experimental/Theoretical Studies on a Special Sheet Die
Coextrusion Simulation          The Analysis of Non-Isothermal Multi-Layer Coextrusion Flows-A New Approach
Film, Dies, Blown               Automatic Blown Film Dies for High Quality Film
Simulation, Dies                Predicting Flow Performance of Spiral Mandrel Dies
Film, Blown, orientation, LLDPE Correlation Between Orientation and Tear Strengths on Blown Linear Low-Density Polyethylene (LLDPE) Films
Orientation, PET, Film          Double Bubble Tubular Film Extrusion Process to Produce Biaxially oriented Poly(ethylene terephthalate) Films
Control, Pressure               Utilization of Pressure Transducers for Improved Control of the Extrusion Process
Melt Pressure                   New Melt Pressure Transducer Enhancements
Quality, Rebuilding Output      Maximizing Extruder Throughput and Product Quality Between Screw Installation and Rebuilding
Orientation, Casting, sheet     The Processing Functions of Polish and Draw Roll Stands in Plastic Sheet Production
Film, Optics, LLDPE, CompoundingAddition of Branched Molecules and High Molecular Weight Molecules to Improve Optical Proeprties of LLDPE Film
Rheology, LLDPE, Orientation Resistance to Draw Resonance of Linear Low Density Polyethylene through Improved Resin Design
Sheet, Orientation              Orientation and Residual Stress Distribution in Plastic Sheet Extrusion
Film, Blown, Temperature        Simultaneous Surface and Bulk Temperature Measurement of Polyethylene During Film Blowing
Film, Cast, Blown               Guidelines for Comparing the Blown and Cast Film Processes
Mixing, Twin Screw, Co-Rotating Simulation of Mixing in Co-Rotating Twin Screw Extruders
                                Simulation
Simulation, Twin Screw Counter-Rotating of Flow in Modular Tangential Counter-Rotating Twin Screw Extruders: Screw Flight Staggering and Backward Pu
Simulation, Mixing, KoKneader Modelling Flow in the Mixing Section of a KoKneader (Buss)
Optimization                    Computer-Assisted Optimization of Working Points in Plastics Processing
Simulation, Mixing, Fluted MixerThree-Dimensional Computational Analysis of Fluted Mixing Devices
Dies, Simulation, Profile       Computer Design Aids for Non-Axis-Symmetric Profile Dies
Dies, Simulation, Rheology      Multi-Imaginative Network Approach for Polymer Reologic Analyses
Solid Conveying, Bulk Density Bulk Density of Solid Polymer Resins as a Function of Temperature and Pressure
                                 Performance
Solid Conveying, Grooved Feed,Grooved Feed Extruder Screw Performance
Solid Conveying , Analysis      Non-Plug Flow Solid Conveying Theory
Analysis, Plastication          Studies on Theory of Single Screw Plasticating Extrusion: PartI, Physical Model of Extrusion
                                The Optimum Barrel Temperature Distribution in Plasticating Extrusion
Barrel, Temperature, Optimization, Melting
                                Barrier vs. Mixing Screw Design for Linear Low Density Polyethylene: An Experimental Comparison
LLDPE, Barrier, Mixing, Performance, Screw
Melting, Analysis               Conduction Melting of Polymer Pellets
Melting, Analysis               Melting of a Temperature Dependent Power Law Fluid
Performance, Flight, Clearance The Effect of Increased Flight Clearance on Extruder Performance
Melting, Bulk Density, Analysis The Influence of Resin Compressibility on Melting in Extrusion
Mixing, Analysis                Modeling Mixing in Continuous Mixers
                                Mixing of Incompatible Polymer Systems in Co-Rotating Twin Screw Extruders
Mixing, Compounding, Twin Screw, Co-Rotating, Blends
                                Characterization
Mixing, Twin Screw, Co-Rotating, Intermeshing of Distributive Mixing in Fully-intermeshing, Co-Rotating Twin Screw Extruders
                                A New
Mixing, Analysis, Performance, Blends Technique for Characterizing Mixing in Polymer Blends Tested with Various Processing Devices
Mixing, Analysis                  Automated Evaluation of Mixing-Visual Studies
Devolatilization, Analysis        Measurement of Diffusion Coefficients of Organic Volatile Components in Polymer Melts
                                  Visualization and Separation Experiments on Foam-Enhanced Melt Devolatilization: A New Apparatus and Some Experimen
Performance, Devolatilization, PMMA, MMA, Foam
                                  A Comprehensive Model of Devolatilization in Twin Screw Extruders
Analysis, Twin Screw, Devolatilization
Simulation, Foam, DevolatilizationStochastic Simulation of Foaming Devolatilization
                                  Finite Element Modelling of a
Simulation, Twin Screw, Counter-Rotating, Non-Intermeshing Counter-Rotating, Non-Intermeshing Twin Screw Extruder II
Analysis, Pumping                 The Influence of Cross-Channel Shear on Isothermal Conveying of Power Law Fluids in Extruding Channels-An Analytical So
                                  Experimental Verification of a Numerical, 2-D Model for Prediction of Mixing the Nip Region of a Counter-Rotating Twin Screw
Analysis, Simulation, Performance, Twin Screw, Counter-Rotating
Twin Screw, Flow                  Drag and Pressure Flow in Twin Screw Extruders
Film , PE, Temperature            Infrared Characteristics of Thin Polymer Film: Temperature Measurement of Polyethylene
Pelletizing                       Direct Pelletizing with Rotating-Oscillating Kneaders
                                  Optimizing Cut Length Accuracy of Extruded Tubing and Profiles
Optimization, Profile, Cutting, Tubing
PP, Packaging                     Processing Mineral Filled Polypropylenes for Quality Packaging
Rheology, Melt , corrections      Viscoelastic Origin of Bagley Correction in Polymer Melts
Rheology, Compounding, InstabilityUnstable Flows During Compounding of Highly Filled Suspensions
Dies, Performance                 Polymer Flow through Spiral Mandrel Dies: An Experimental Study
Liquid Crystal                    The Extrusion of Liquid Crystal Polymers
Rheology, Profile, Orientation Extrudate Swell and Drawdown in Profile Extrusion
Coextrusion, Instability, AnalysisResearch of Instable Interface Mechanism in Coextrusion
Properties, Extrusion             Flow Behavior and Properties in High Strength Polymer Extrusion
Drives                            Drive Systems For Extrusion
Bulk Density, Single Screw        Effects of Resin Particulate Sizes On Single Screw Extrusion
Mixing, Design, Analysis          Design And Analysis of a Mixer Incorporating Lateral Mixing to Laminar Convective Mixing for Polymer Melts
Gear Pump, Analysis               Analysis of Gear Pump Assisted Extrusion
Rheology, Blends, Flow            Segregation in the Flow of Polymeric Particulates with Two Constituents
Filtration, Melt                  The Positive Value of Fine Melt Filtration in Extrusion
Wave Screw, Analysis              Fundamentals of Wave Screw Extrusion
Optimization                      Optimizing the Extrusion Process
Film, Orientation, LLDPE          Influence of Extruder Conditions on Orientation Distribution in LLDPE Films
                                  Biaxial Rheological Analysis Using the Blown Film Process
Rheology, Film, Biaxial, Orientation
Film, Casting, PP, Properties Investigation of Cast Film Machine Process Conditions and Physical Properties of Several Homopolymer and Copolymer Pol
Film, Biaxial, Orientation, PPS A Double Bubble Tubular Film Extrusion Process for P-phenylene Sulfide
                                  Comparitive Orientation
PC, Injection Molding, Compression Molding,Critical Study of Birefringence Character of Injection and Compression Molded Polycarbonate
Mixing, Twin Screw                Nuclear Magnetic Resonance Imaging Studies of Mixing in a Twin-Screw Extruder
                                  Twin-Screw Compounding of Slip Concentrates. A Case Comparison of Intermeshing Co-rotation and Counterrotation
Compounding, Twin Screw, Co-rotating, Counter-rotating, Intermeshing
                                  Coumpounding
Compounding, Filled, Co-rotating, Twin Screw Techniques for Highly Filled Polymers on Co-rotating Twin Screw Extruders
Devolatization, Design            Devolatization of Polymer Melts: Machine Geometry Effects
                                  New Insights into
Modeling, Co-rotating, Intermeshing, Twin Screw the Modeling of Co-rotating Intermeshing Twin Screw Extruders
                                  3-D Analysis of the Flow in Co-rotating Twin Screw Extruders
Flow, Analysis, Co-rotating, Twin Screw
                                  Cross Channel Screw
Flow, Counter-rotating, Non-intermeshing, Twin Flow in a Counter Rotating Non-intermeshing Twin Screw Extruder
                                  Prediction and Verification of the Simulation
Twin Screw, Conveying, Performance, Co-rotating, Intermeshing, Performance of Conveying Elements within the Corotating, Fully Intermeshing Twin Screw E
                                  The Investigation Screw
Mixing, Pumping, Co-rotating, Intermeshing, Twin on Melt Pumping and Mixing Mechanism of Kneading Disc in Co-rotating Intermeshing Twin Screw Extrude
Coextrusion, Melt, Flow, Elastic Viscoelastic Effects in Coextrusion Flows of Polymer Melts
Rheology, Filled, Single Screw Single Screw Extrusion Processing of Highly Filled Suspensions Including Wall Slip
Mixing, Design, Rheology          Non-Newtonian, Non-Isothermal Flow between Non-Parallel Plates in Relative Motion. Applications to Mixer Design
Film, Die, Flow, Simulation       Simulating the Flow In a Film Die Using Finite Element Analysis
                                  A
Single Screw, Simulation, Barrier Computer Model for the Simulation of Conventional and Barrier Screws
Output, Performance, Single Screw Extruder Output Prediction and Linearization
                                  Influence of LLDPE Blends
Coextrusion, Film, Blends, Properties, LLDPE, HMW-HDPE and Coextrusions on HMW-HDPE Film Properties
Reaction                          Future Trends in Extruder Reactions
Mixing, Twin Screw, Starve-Fed Mixing in Twin Screw Extruders Under Starve-Fed Conditions
                                  The
Reaction, Dispersion, Process, PE Reactive Extrusion of Polyethylene: Process Improvements For Initiator Dispersion
                                  Reactive Processing for Toughness Improvement of Thermosetting Materials with Rubbers
Reaction, Process, Properties, Thermoset
Reaction, Blends, Polyolefin      Polyolefin Blends Modified through Peroxide Initiated Reactions
                                  The Maleic
Reaction, Grafting, PP, Maleic Anhydride Anhydride Grafting of Polypropylene with Organic Peroxides
                                  Modifications of Nylon-6/Polypropylene Blends through Reactive Compatibilization
Reaction, Blends, Mixing, PP, Nylon-6
Reaction, Nylon-6                 Reactive Extrusion of Nylon 6-Aspects of Industrial Use
Reaction, Rheology, Process Rheokinetics: An Aid in the Design of Reactive Extrusion Processes
Reaction, Blends, Crosslinking Controlling the Crosslink Density of Co-reactive Polymers In an Extruder Reactor
mixing, simulation                Slow Motion Filming and Predictive Modelling of a Gelimat K-Mixer
Tubing, Sizing                    Extrusion Vacuum Sizing Techniques for Flexible Tubes
Pressure, Control,Pump            Using Piston Pumps to Generate Extruder Discharge Pressure and Regulate Back Pressure
Melt temperature                  A Cam Driven Probe for Measurement of the Temperature Distribution In an Extruder Channel
Dies, Wire Coating, Simulation Computer Aided Design of Wire Coating Dies
                                  An
Coextrusion, Quality, Sheet, Film Experimental Study of the Factors Affecting the Layer Thickness Uniformity of Coextruded Structures
Polypropylene, PP, Processing Influence of Extrusion Parameters on the Degradation of Polypropylene
Screw, Performance                Effects of Molecular Weight Distribution on Single Screw Extrusion
                                  I
Optics, PMMA, Processing,Fiber nvestigation into the Effect of Processing Conditions on the Properties of Polymer Optical Fibers Consisting of PMMA
Optimization                      Use of Statistical Methods to Optimize the Extrusion Process
Barrier, Performance              Barrier Screw Performance of Small Extruders
                                  Starve-Fed Flow in Co-Rotating Twin Screw Extruders
Twin Screw, co-rotating, starve-fed
Mixing, Additives, Single screw Mixing of Solid and Liquid Additives into Polymers Using Single Screw Extruders
Compounding, Simulation, Process  Fundimental of Polymer Compounding-Part II: Simulation of Polymer Compounding Process
Mixing, Single screw              Mixing in Single Screw Extruders: The Effect of Mixing Pins
Reactor, Intermeshing             The Continious Thin Film Reactor Using Ten Intermeshing Screws
Compounding,Rheology,             Experimental Identification of the Distribution of Fluid Stresses in Continuous Melt Compounders, Part II
Devolatillzation                  Devolitillzation of Polymer Melts: II. More Machine Geometry Effects
                                  Die Design for
Dies, Compounding, Twin Screw, Co-rotating Compounding Fiberglass Strand on the Co-rotating Twin Screw Extruder
                                  The Investigation on Melt Conveying and
Wave Screw, Mixing, Twin screw, Co-rotating, Intermeshing, Conveying Mixing Mechanism of Wave Screw Element in Co-rotating intermeshing Twin Screw
Mixing, Single Screw              Demixing Effects in Single Screw Extruders
Mixing, Flow, Simulation          Flow and Mixing Analysis in a Rhombic Mixing Element
Mixing, Simulation                Modeling Mixing in Continious Mixers: Effect of Backmixing
Mixing, Simulation                A Study of the Mixing Abilities of the NITSE Using a Newtonian Fluid
Mixing, Twin screw, Co-rotating Experimental Study of Distributive Mixing in a Co-rotating Twin Screw Extruder
Grooved Feed                      Versatility of Grooved Feed Extrusion
                                  Blown Film
Blown Film, Optimization, Screw, Analysis Extrusion Optimization-Control and Screws
Blown Film, Scale-up              Determining Equipment Size for Blown Barrier Film Extrusion
                                  Effects Properties, Cooling
Blown Film, Heat transfer, HMW-HDPE,of Bubble Cooling on Performance and Properties of HMW-HDPE Film Resins
                                  Barrier vs Conventional Screw Design: A Field Performance Study
Screw design, Barrier, Single Screw, Performance
                                    Recycling
Coextrusion, Film, Gear Pumps,Gear Pumps in Film Applications-Mono, Coextrusion, and Recycling
Blown Film, Instability, Analysis The Use of Real Time Video Techniques In The Analysis of Blown Film Instability
Sheet, Optimization, Stress       Optimizing Sheet Extrusion Conditions to Minimize Internal Stresses in Thermoformed Sheet
                                  The
Blown Film, Polyethylene, Rheology Use of Deformation Rates in the Scale-up of Polyethylene Blown Film
Blown Film, LLDPE                 LLDPE Resins for High Output Blown Film Extrusion
                                  Film Properties and Applications for LLDPE and High Pressure LDPE Blends
Blends, Film, Properties, LLDPE, LDPE
Analysis, Flow, Extrusion         Experimental Investigation of the Drag Flow Assumption in Extruder Analysis
Simulation, Feeding               A Model for Feeder-Extruder Interactions
Simulation, Extrusion             Comparison of Two Models for Single-Screw Extrusion
Blend, Mixing, Single Screw       Blend Morphology Development in a Single Screw Extruder
Reactive Extrusion                Imidization Kinetics of Maleic Anhydride Polymer during Reactive Extrusion
                                  Experimental Study Screw Extruder
Dewatering and Devolatilization , Intermeshing Twin on Dewatering and Devolatilization Operations Using Intermeshed Twin Screw Extruder
                                  Optimization of the Discharge Extruders
Optimization, the Discharge Section, Co-Rotating Twin Screw Section of Co-Rotating Twin Screw Extruders
                                  Optimization of Screw Screw Design
Optimization, Screw and Die Design, Co-Rotating Twinand DieExtruderfor Compounding Fiberglass Strand on the Co-Rotating Twin Screw Extruder
                                  A Numerical Analysis of the Mixing Performance Nip
Numerical Analysis, Mixing Performance, Non-lntermeshing Twin Screw Extruder of the Non-lntermeshing Twin Screw Extruder Nip
                                  Pumps
Modeling Leakage Flow in Gear Modeling Leakage Flow in Gear Pumps for Polymers
                                  Controlling a Gear
Control, Gear Pump Assisted Degassing Extruder Pump Assisted Degassing Extruder via Dual Pressure Sensing
                                  Effect
Extrusion Flows of Polymer Melts. . of Die Length in Extrusion Flows of Polymer Melts. .
                                  Dynamics of Multilayer Polymer Melt Flow:
Multilayer Polymer Melt Flow: An Experimental and Numerical Investigation An Experimental and Numerical Investigation
Design, Profile Dies              Designing Profile Extrusion Dies: A Systematic Approach
                                  Corner
Directed Flow Extrusion Technology . . Formation Using Directed Flow Extrusion Technology . .
                                  An Experimental Evaluation of Melt Temperature Sensors for Thermoplastic Extrusion . .
Melt Temperature Sensors Evaluation
Melt Temperature Prediction       Predicting Melt Temperatures Using an Adjustable, Exposed Tip Thermocouple
                                  M
Melt Temperature Measurementx elt Temperature Measurement in a Twin-Screw Extruder with Infrared Fiber Optic Probes
Melt Rheology                     Developing Critical Extrusion Parameters for Nylon 6, Nylon 66, and Nylon 4-6 Polyamide Materials from the Melt Rheology D
                                  Modelling .
Modelling, Distributive Mixing Elements . . of Flow Fields in Distributive Mixing Elements . . .
                                  Non-Newtonian Screw Extruder
Model Non-lntermeshing Counter-Rotating Twin and Non-lsothermal Analysis of Flow in a Model Non-lntermeshing Counter-Rotating Twin Screw Extruder
                                   Mixing, Two Dimensional, Co-Rotating of Chaotic Mixing in Two-Tipped Kneading Paddles of Co-Rotating Twin Screw Extrud
Computational Study of Chaotic Two Dimensional Computational Study Twin Screw Extruders
                                  A Numerical Analysis Screw Extruder.
Numerical Analysis of the Mixing Performance, Single of the Mixing Performance of a Single Screw Extruder.
                                  Simulation of
Simulation, Co-Rotating Twin Screw ExtrusionNon-lsothermal Flow in Modular Co-Rotating Twin Screw Extrusion
                                  Modeling Counter-Rotating Study of Flow in an Intermeshing Counter-Rotating Twin Screw Extruder
Modeling and Experimental, Intermeshing and Experimental Twin Screw Extruder
Phase Inversion, Polymer Blending Evidence for Phase Inversion during Morphology Development in Polymer Blending
                                  Statistical Measurements of Mixtures
Statistical Measurements of Mixtures
                                  Distributive Mixing of Non-Newtonian Fluids in the Partially-Filled Non-lntermeshing Twin Screw Extruder
Non-lntermeshing Twin Screw Extruder
Mixing-Energy Efficiency          A Measurement of Mixing-Energy Efficiency
Blending in a Twin-Screw Extruder Morphological Study of Polyethylene/Polystyrene Blending in a Twin-Screw Extruder
                                   IBC Systems . HMW HDPE Film Properties Utilizing IBC Systems . .
Optimization, HMW HDPE Film, Optimization of .
                                  Melt Temperature Influence of Processing
Blown Film, Melt Temperature Influence of Processing and Properties in and Properties in Blown Film
                                  Process Modelling of Contact Extrusion and Coextrusion
Modelling of Contact Extrusion and Coextrusion
Coextrusion Die for Tubular Film. The Development of a New Coextrusion Die for Tubular Film.
                                  Innovative BOPP Packaging Films for Flexible Packaging
BOPP Packaging Films, Flexible Packaging
                                   A Non-lsothermal Model of Single Screw Extrusion Processing of Viscoplastic Materials Subject to Wall Slip
Non-lsothermal Model of Single Screw Extrusion, Viscoplastic Materials Subject to Wall Slip
                                  Effects of Material Variation
Extrusion Behavior of Cellulose Fiber Filled Polypropylene and Processing Conditions on the Extrusion Behavior ofCellulose Fiber Filled Polypropylene
                                  Extrusion Stability of Polyolefin Resins with Different Molecular Weight Distribution
Extrusion Stability of Polyolefin Resins, MWD
                                   Procedures on Productivity . .
Impact of New Screw InspectionImpact of New Screw Inspection Procedures on Productivity . .
                                  Follow-up Studies of the Effects of Screw Wear on Barrier Type Screws .
Screw Wear on Barrier Type Screws .
                                  Draw Resonance Instability in Coextrusion Fiber Spinning
Draw Resonance, Instability,Coextrusion Fiber Spinning
Melting, Kneading Blocks          Melting of Plastics in Kneading Blocks
                                  Modeling of the Solids-Conveying Section of a Starve-Fed Single-Screw Plasticating Extruder
Modeling of the Solids-Conveying,a Starve-Fed Single-Screw Plasticating Extruder
                                    Polyethylene Dynamic
Coefficients of Dynamic Friction,Coefficients of Resins Friction as a Function of Temperature, Pressure, and Velocity for Several Polyethylene Resins
                                  Comparison of Elongational Viscosity Relationship with Regard to Utility in Biaxial and Uniaxial Flows
Elongational Viscosity, Biaxial and Uniaxial Flows
                                  Effect of Sharkskin
Sharkskin Melt Fracture on LLDPE Film Properties Melt Fracture on LLDPE Film Properties
                                  Comparison of Mixing Elements in Single Screw Reactive
Reactive Extrusion, Single Screw, Compatibilization of Nylon 6 and Polypropylene BlendsExtrusion: Compatibilization of Nylon 6 and Polypropylene Blends
                                  Modeling Control of a
Reactive Extrusion Process Modeling and and Control of a Reactive Extrusion Process
Reactor, A Backmix Drag-Flow A Backmix Drag-Flow Reactor
Reactive Extrusion                Non-Newtonian and Non-Isothermal Analysis of Flow During Polymerization of Methyl Methacrylate in a Model Twin Screw E
Reactive Extrusion                Acceleration of Chemical Reaction in Boiling Polymer Solutions
Recycle                           Performance Differences Observed Between Structures Containing Simulated Post-Consumer Recycle Resin
Linear Ethylene Polymers          A New Family of Linear Ethylene Polymers with Enhanced Sealing Performance Designed for the Multilayer Barrier Food Pac
                                  Blown Film Bubble Forming and Quenching Effects on Film Properties
Blown Film, Bubble Forming, Quenching, Film Properties
Ethylene Copolymers               Flexomer Polyoleflns, A Unique Class of Ethylene Copolymers for Low Temperature Applications
                                  CGCT: New Rules for Ethylene Alpha-Olefin Interpolymers—Processing-Structure-Property Relationships in Blown Films
Ethylene Alpha-Olefin Interpolymers
                                  Correlating the
Linear Low Density Polyethylene Blown Film Plastic Strain with the Properties of the Linear Low Density Polyethylene Blown Film
                                  A New Look at Melt
Melt Fracture in Linear Low Density Polyethylene Fracture in Linear Low Density Polyethylene
                                  The
Sharkskin Patterns in Film Extrusion Control of Sharkskin Patterns in Film Extrusion
Sharkskin Melt Fracture of LLDPE  Post-Die Effects on Sharkskin Melt Fracture of LLDPE
Stability, Blown Film             Blown Film Stability
Blown Films                       Investigation of Processing-Structure-Properties Relationships in Polyethylene Blown Films
Reactive Extrusion                Characterization of Polyamide 6 Synthesised in a Twin-Screw Extruder
Blends                            Processing and Properties of Polyamide 6/Polyethyleneterephthalate Blends
Reactive Extrusion                Reactive Extrusion Grafting of Polyglutarimides to Polyamides
                                   Plastics
Recycle, Post-Consumer MixedThermoplastic Composites from Post-Consumer Mixed Plastics Modified for Improved Adhesion
Reactive Melt Blending            In-Situ Compatibilization of PPE/Polyolefin Copolymer Blends by Reactive Melt Blending
Reactive Extrusion                Continuous Thermal Degradation of Polypropylene in Single and Twin Screw Extruders
                                  Application of
Devolatilization of Reacting Polymer Solutions Engineering Science to the Extruder Isolation of Polymers from Solution
                                  Devolatilization
Devolatilization of Reacting Polymer Solutions of Reacting Polymer Solutions
                                  Effect of Stripping Agents for the Devolatilizing of Highly Viscous Polymer Melts
Devolatilizing of Highly Viscous Polymer Melts
Melt Conveying                    Melt Conveying in Extruders
                                  Three Dimensional Analysis
Metering Section of a Single-Screw Extruder, 3D Analysis of the Metering Section of a Single-Screw Extruder
Mixing Element Evaluator          The Mixing Element Evaluator
                                  Evaluation of Screw Designs for Extrusion Coating Polymers
Screw Designs for Extrusion Coating Polymers
                                  A Study of Acetal and the Extrusion Variables, Screw Design, and Mew Temperature on the Thermal and Rheological Char
Thermal and Rheological Characteristicsof the Effect ofNylon 66
ISO-9000                          *ISO-9000; "What, Why and How" for the Plastics Extrusion Industry
                                  *Continuous Measuring
Measuring and Surface Inspection of Extrusion Profiles and Surface Inspection of Extrusion Profiles
 On-Line Quality Control          *The Application of Fuzzy Cluster Analysis to On-Line Quality Control of the Plastics Processing
Process Data Processing           *New Aspects in Process Data Processing on Extrusion Lines
Melting Theory, Dispersed Solids  Dispersed Solids Melting Theory
Residence Time Distribution       Residence Time Distribution in Non-Intermeshing Counter-Rotating Twin-Screw Extruders
                                  Calculating the
Temperature Calculation in the Flight ClearanceTemperature in the Flight Clearance
Cooling in Single Screw Extruders Cooling in Single Screw Extruders
Utrasonic Technique               Measuring On-Line Polymer Properties Using an Ultrasonic Technique
                                  Transient Twin Screw Extruders
Calculation, Transient Flow of Co-RotatingFlow Calculation of Co-Rotating Twin Screw Extruders
                                  The Influence of Curvature on
Simulation, Tangential Counter-Rotating Twin Screw Extruder the Simulation of Flow in a Tangential Counter-Rotating Twin Screw Extruder
                                  A Numerical Model PVC
Numerical Model, Plasticating Screw Extruders withfor Plasticating Screw Extruders with PVC
Boundary Element Method           Simulating the Flow and Heat Transfer Effects During Polymer Processing Using the Boundary Element Method
Extrusion of Viscoplastic Fluids Extrusion of Viscoplastic Fluids Subject to Different Slip Coefficients at Screw and Barrel Surfaces
                                  On
Mixing Window in Chaotic Systems the Mixing Window in Chaotic Systems
                                  The Study on Melt Conveying and
Non-lntermeshing Counter-Rotating Wave Twin-Screw Extruders Mixing Characteristics of Staggered Non-lntermeshing Counter-Rotating Wave Twin-Screw
Design, Profile Dies              A Network Approach for the Design of Profile Dies
Slip Mechanism for Extrusion Compressible Viscous Flow in Slits and Tubes - A Slip Mechanism for Extrusion
Laser Doppler Velocimetry         Velocity Measurement in Single and Multi-Layer Flow Using Laser Doppler Velocimetry
Coextrusion Layer Rearrangement   Coextrusion Layer Rearrangement in Different Geometric Channels
                                  Investigating Interface Instabilities in Coextrusion
Coextrusion Interface Instabilities
                                  Screw Extruder- Experimental
Co-Rotating, Intermeshing Twin The Extrusion Performance of Co-Rotating, Intermeshing Twin Screw Extruder Screw Elements-An Experimental Investigatio
                                  The Effects of
Co-Rotating Intermeshing Twin Screw ExtruderPolymer Viscoelasticity on Fiberglass Attrition When Compounding Fiberglass Strand on the Co-Rotating Inter
                                  Co-Rotating Fully Intermeshing
Co-Rotating Intermeshing Twin Screw Extruder- Mixing AnalysisTwin Screw Extruder Mixing Analysis
                                  Three dimensional Analysis of Co-Rotating Twin Screw Extrusion Using Tools of dynamics
Co-Rotating Twin Screw Extrusion - Three Dimensional Analysis of
                                  Simulation of flow in a Modular Corotating Intermeshing Twin System with Multiple Extrusion Vents
Simulation of flow in a Modular Corotating Intermeshing Twin Screw Compounding Extrusion Screw Compounding Feeds and System with Multiple Feeds an
Film                              Interlayer Adhesion between Acrylic Acid Copolymers and Low Density Polyethylene: Test Method Development and Impact
Film                              Blown Film Frost Line-Freeze Line Interactions
Film                              The Influence of Polymer Processing Additives on the Surface, Mechanical, and Optical Properties of LLDPE Blown Film
Film                              Residence Time Distribution in Spiral Mandrel Die Design
Film                              Predicting Film Strength Properties of PCR/LLDPE Blends           38
                                  A
Reactive Extrusion, Compounding New Approach to Reactive Compounding
Reactive Extrusion, Starch        Preparation of Starch Derivatives by Reactive Extrusion
Reactive Extrusion, PP-g-AA Reactive Extrusion of PP-g-AA with Alkyl Amines
Reactive Extrusion                Poly(isoprene-g-styrene) by Reactive Extrusion
Modeling, Flow, Spiral Dies       Modeling of Polymer Flow in Single Spiral Dies. .
Modeling, Flow, Manifold          Comparison of Experimental Velocity Measurements in the Manifold of an Extrusion Die with Numerical Predictions
                                  Thermal Effects
Coextrusion Layer Uniformity, Thermal Effects on Layer Uniformity of Coextrusion Flows
                                  Flow Birefringence, Manifold, Extrusion Die
Flow Birefringence, Manifold, Extrusion Die
                                  Coextrusion Layer Thickness
Coextrusion Layer Thickness Variation-Effects of Geometry Variation-Effects of Geometry on Layer Rearrangement .
                                   Rubber.
Modeling, Die, Extruded SiliconeUse of Die Modeling to Improve the Manufacturing Process for Extruded Silicone Rubber.
                                  Melt Grafting of TSE
Reactive Extrusion, Melt Grafting, Polyethylene, a Basic Monomer onto Polyethylene in a Twin Screw Extruder .
                                   on Grafting of Polystyrene on Starch in a Twin-Screw Extruder.
Reactive Extrusion, Grafting, PSThe Starch, TSE
Reactive Extrusion                Continuous Polymerization in a Back-Mixed Drag Flow Reactor
Reactive Extrusion                Continuous Polymerization of Caprolactam m a Twin Screw Extruder On-Line Blending and Melt Spinning to Form Blend Fibe
Reactive Extrusion                Non-Homogeneous Mixing Rates and Conversion
Reactive Extrusion                Evaluation of Chemically Modified Polypropylene with Various Glass Fiber Types for Performance Enhancement in Glass Fill
Reactive Extrusion, EVA           Transesterification of Ethylene Vinyl Acetate Copolymer in a Modular Intermeshing Corotating Twin Screw Extruder with Diffe
Stability, P Effects              Effect of Head Pressure Variation on Stability: An Experimental Verification
Sheet Forming, Melt Bank          A Melt Bank Monitoring and Control System for Sheet Forming
Extrusion, HIPS on ABS Screws . . Extruding HIPS on ABS Screws . .
                                  Continuous Three-Dimensional
Extruded Shapes, Continuous Three-Dimensional Forming of Forming of Extruded Shapes
Debugging, Optimizing ExtruderDebugging and Optimizing Extruder Performance Using Process Data Collected with a Data Acquisition System
RTD, Ultrasonic Technicque        Residence Time Distribution in Extruders Determined by In-Line Ultrasonic Measurements
                                   ZSK Extruder .
Heat Transfer, Polymer Melting, Heat Transfer during Polymer Melting in ZSK Extruder .
Intelligent Advisor               Intelligent Advisor to Assist Extruder Operators: A Case Study
                                  Multicomponent Extrusion
Control Strategy, Screw Speed, Screw Speed Control Strategy for Multicomponent Extrusion
                                  Gravimetric
Twin-Screw-Extruder/Gear Pump Systems Throughput Control for Twin-Screw-Extruder/Gear Pump Systems .
                                  The Use of Bubble Processing-Property Analysis
Blown Film Process, Bubble Kinematics, Scale Up, Kinematics in the Scale Up and Processing-Property Analysis of the Blown Film Process
                                  of LLDPE
Blown Film Extrusion, Scale-Up Scale-Up of LLDPE Blown Film Extrusion
Cast Film Extrusion               Cast Film Extrusion with Water Bath Cooling
                                  ofLDPE & between
Blown Films, Strain - Properties CorrelationLLDPE the Plastic Strain and the Properties of the Low and Linear Low Density Polyethylene Blown Films .
                                  Counter-Rotating Die
Blown (Micro) Film Line, Counter-Rotating Die Design Design in Micro Blown Film Line.
Devolatilization of PDMS Gums Devolatilization of PDMS Gums: A Performance Comparison of Co- and Counter-Rotating TSEs
                                  Scale-Up Study of Intermeshing
Twin Screw Extruders, Scale-Up, Co-Rotating FullyCo-Rotating Fully Intermeshing Twin Screw Extruders Using 47 mm, 69 mm, and 96.5 mm Diameters
                                  Effect of Screw Root Profile on PMMA Melting in Profile on PMMA Melting
Twin Screw Extruders, Counter-Rotating Non-Intermeshmg, Effect of Screw Root Counter-Rotating Non-Intermeshmg Twin Screw Extruder
Mixing                            Specific Throughput as an Operating Parameter for Mixing
Twin Screw Extruders, Geometry    The Geometry of Self Cleaning Twin Screw Extruders
                                  The Effect of Viscosity Ratio of Two Miscible Fluids
Twin Screw Extruders, Non-Intermeshing, Distributive Mixing and Volume Fraction on the Distributive Mixing of Two Miscible Fluids in the NITSE
                                  The Twin-Screw Mixing Element Evaluator: On-Line Performance Evaluation of Modular Twin-Screw Mixing Elements
Twin-Screw Mixing Element Evaluator
                                   Flight Clearances .
Developing Melt Temperature in Developing Melt Temperature in Flight Clearances .
                                  Barrel Cooling Effects in PET Extrusion .
Barrel Cooling Effects in PET Extrusion .
                                  A Device to Study Solids Compaction and Conveying in Single Screw Extrusion . . .
Single Screw Extrusion, Solids Compaction and Conveying in
                                  Material Selection, and Process Optimization Using
Expert Systems, Material Selection, Screw Design, Screw Design, and Process Optimization Using Expert Systems
                                  Flows
Single Screw Extruders, FEA of FEA of Flow in Single Screw Extruders
                                  The Effect of Elongational
Extrusion Dies . Elongational Viscosity, Melt Distribution. Viscosity on Polymer Melt Distribution in Extrusion Dies .
Mixing Prediction                 Area Deformation as a Basis for Mixing Prediction
                                  Fully Transient Analysis
Heat Transfer in Single and Twin Screw Mixing Elementsof Heat Transfer in Single and Twin Screw Mixing Elements
                                  3D Finite-Element Analysis of Region in the Intermeshing Region of Co-Rotating Twin Screw Extruders
Twin Screw Extruders, 3D FEA of the Flow in the Intermeshingthe Flowof Co-Rotating
                                  Three Dimensional Numerical Analysis
Single Screw Extruder,3-D Numerical Analysi, (ET) Screw Section of a of an Energy Transfer (ET) Screw Section of a Single-Screw Extruder
                                  Simulating
Simulation,Mixing in the Extrusion Process Mixing in the Extrusion Process
Heat Sealing                      Heat Sealing Linear Ethylene Plastomers to Monomers or LLDPEs
Nonlinear Viscoelastic Creep ModelA Nonlinear Viscoelastic Creep Model
                                  New Materials for Heavy Duty Packaging Applications—For Conventional and High Stalk Extrusion
New Materials for Heavy Duty Packaging Applications
                                  Barrier Screw
Barrier Screw, Cast Film, Extrusion Coating. Considerations for Cast Film and Extrusion Coating.
                                  Design
Design Coextrusion Blown Film Dies Considerations for Concentric Mandrel and Stackable Coextrusion Blown Film Dies
Design, Sheeting Dies             Optimal Design of Polymer Sheeting Dies
Fluoropolymers, Unstable Melt FlowExtrusion of Fluoropolymers: Effect of the Polymer/Metal Interface in the Die on Onset of the Unstable Melt Flow
                                  Replacing
Flexible Membranes in Flat Sheet Dies . Choker Bars by Flexible Membranes in Flat Sheet Dies .
                                  Thermal Effects in
Co-Extrusion of Polymer Melts- Thermal Effects in Co-Extrusion of Polymer Melts
Extrusion Dies, Flow KinematicsEffect of Die Geometry on Flow Kinematics in Extrusion Dies .
                                  Coextrusion Layer Thickness Variation—Effect of Uniformity
Coextrusion Layer Thickness Variation—Effect of Polymer Viscoelasticity on LayerPolymer Viscoelasticity on Layer Uniformity
Extruder Drive Selection          Optimizing Extruder Drive Selection—A Review of the Factors Involved
                                  The Effect of Metal Surface Roughness on the Frictional Properties of Resins .
Friction Coefficients, Metal Surface Roughness
Thin Film                         New Concept to Run Thin Film with Outstanding Surface Quality through a Polishing Stack
                                  Melting
Melting Mechanisms in ZSK Extruders . Mechanisms in ZSK Extruders .
                                  Effects of Polypropylene Crystallinity on Extrusion
Extrusion, Effects of Polypropylene Crystallinity on
                                  Comparative Study in
Twin Screw Extruders, Comparative Study of Mixingof Mixing in Twin Screw Extruders
                                   of a Field Analysis of a Multi-Cut Transfer Mix
Transfer Mix Flow Field AnalysisFlow Multi-Cut
                                   of the Mixing Process in a . . .
Transfermix Extruder EvaluationEvaluation of the Mixing Process in a Transfermix Extruder . . .
                                  Flow and Fluids, Wavy Wall Channel
Flow and Mixing Analysis, Highly Viscous Mixing Analysis of Highly Viscous Fluids in a Wavy Wall Channel
                                  Chaotic
Chaotic Mixing, Kenics Static Mixer. . Mixing in the Kenics Static Mixer. .
                                  The Use of "On-Line Optical Microscopy" for Monitoring
On-Line Optical Microscopy, Monitoring, Compounding, Polymer Processing Operations Compounding and Other Polymer Processing Operations
                                  An Experimental Comparison of Heat Removal in Water or Air Cooled Cast Aluminum Extruder Barrel Coolers
Heat Removal, Extruder Barrel Coolers
                                   Velocity Measurements in the Nip Region of
 Laser Doppler Anemometry, Co-Rotating Twin-Screw Extruder Nip Region a Co-Rotating Twin-Screw Extruder Using Laser Doppler Anemometry
                                   Extruder Temperature Control with Adaptive Reset
Extruder, Temperature Control with Adaptive Reset
                                   Experimental
Blown Film Process, Heat Transfer CoefficientDetermination of Heat Transfer Coefficient in Blown Film Process.
                                   Effects
Fluoropolymers on LLDPE Processing of Fluoropolymers on LLDPE Processing: Some Quantitative Aspects
                                   The Determination of
Spherilene Process HDPE Matrix, Cast Film ExtrusionPolymer Additive Effects in a Spherilene Process HDPE Matrix upon Water Carry Over in Water Quenc
                                    Coextrusion, Polyethylene Resins
Interfacial Instability, Blown FilmInterfacial Instability Phenomena in Blown Film Coextrusion of Polyethylene Resins
                                   Investigation of Blown Film Extrusion Using the Laser Doppler Velocimetry
Laser Doppler Velocimetry, Blown Film Extrusion
                                   Numerical Simulation of Viscoelastic Polymer Flow—Effect of
Numerical Simulation, Viscoelastic Polymer Flow, Secondary Flows on Multilayer Coextrusion Secondary Flows on Multilayer Coextrusion
                                   A Nonisothermal Finite Difference Flow and Heat Flow and
Co-Rotating TSE, Nonisothermal Finite Difference Analysis of the Analysis of the Transfer Heat Transfer in a Co-Rotating Twin Screw Extruder
                                   Fluid Flow and and Particle Trajectories in
Single Screw Pumps and Extruders, Fluid Flow Particle Trajectories in Single Screw Pumps and Extruders 201
                                   Models of Composite—Modular List/Buss Kokneter and Crosshead Screw Extruder
Models of Flow and Experimental Studies, Flow and Experimental Studies on a Composite—Modular List/Buss Kokneter and Crosshead Screw Extruder
                                   Bicomponent Extrusion
Viscoelastic Effects in Stratified Viscoelastic Effects in Stratified Bicomponent Extrusion
                                   Numerical Analysis of the Screw Section
Numerical Analysis, Thermal Mixing, Energy Transfer (ET)Thermal Mixing Effects of an Energy Transfer (ET) Screw Section
                                   *The Working Domain
Reactive Extrusion: The Effect of Pre-Polymerisation . .in Reactive Extrusion: The Effect of Pre-Polymerisation . .
                                   *IR Temperature Measurement in Extruders . .
IR Temperature Measurement, Extruders
                                   *Studies of Maleation of Polypropylene, JSW Modular Maleation Extruder
Thermal/Peroxide Induced Degradation andThermal/Peroxide Induced Degradation andTwin Screwof Polypropylene in a JSW Modular Twin Screw Extruder:
                                   *The Multi-Screw Extruder "MSE" for Nylon 6
Multi-Screw Extruder "MSE", Nylon 6 Devolatilization, PET Post CondensationDevolatilization and Post Condensation with PET
                                   Coefficients of Dynamic Friction and the Resins . . .
Friction, Mechanical Melting Mechanism, Vinylidene Chloride Copolymer Mechanical Melting Mechanism for Vinylidene Chloride Copolymer Resins . . .
                                   Solids Conveying in Low
Solids Conveying, Low Friction and Starve Fed Extruders Friction and Starve Fed Extruders
                                   Developing Melt in the Screw
Melt Temperature in Extruders, Heat Conduction Temperature in Extruders Including Heat Conduction in the Screw
                                   Elimination of a Restriction at the Entrance of Barrier Flighted Extruder Screw Sections.
Barrier Flighted Extruder, Elimination of a Restriction
Kneading Block Melting Study Kneading Block Melting Study
                                   Twin-Screw Extruders, Farrel Asymmetric Modular Mixing Elements (FAMME)
Mixing, Corotating Intermeshing Mixing in Corotating Intermeshing Twin-Screw Extruders with Farrel Asymmetric Modular Mixing Elements (FAMME)
                                    Co-Rotating/Counter-Rotating Twin JSW Extruder
Blending Process, JSW ModularA Study of the Blending Process in aScrewModular Co-Rotating/Counter-Rotating Twin Screw Extruder at Different Barrel Te
Extruded Thermoplastic Starch, The Influence of Plasticizer on Extruded Thermoplastic Starch
                                   Scaleup of Dispersive CRNI Cylindrical Extruders
Scaleup, Dispersive Mixing, Cylindrical Compounders, MixingTwin Screw Compounders in CRNI Twin Screw Extruders
                                   Study on the Visual and Dynamic
Solid Conveying, Co-Rotating Intermeshing Twin Screw Extruder Extrusion Process in the Co-Rotating Intermeshing Twin Screw Extruder—Focus on the So
                                    Copolymers with Long Chain Branching:
Homogeneous Ethylene/a-OlefinHomogeneous Ethylene/a-Olefin Copolymers with Long Chain Branching:
                                    Wall Slip, Die Flow of Concentrated Suspensions
Motion Analysis,Development ofMotion Analysis of Development of Wall Slip during Die Flow of Concentrated Suspensions
                                   Rheology of Reactive Polystyrene/Ethylene-Propylene Rubber Blends
Rheology, Reactive Polystyrene/Ethylene-Propylene Rubber Blends
                                   Extensive
Rheological and Optical Quality Control Rheological and Optical Quality Control in Polymer Production and Processing
                                   A Non-Newtonian Simulation Method
Non-Newtonian Simulation Method for Moving Boundary Problems for Moving Boundary Problems
                                   Study
Breakup Mechanisms in Cavity Flow of Breakup Mechanisms in Cavity Flow
                                   Rheology-Driven Mixing Mechanisms in TSMEE Kneading Blocks: Dispersion Rates and Morphology Stabilization
Rheology-Driven Mixing Mechanisms in TSMEE Kneading Blocks
                                   HDPE/PS Blends, Interfacial Modification
Co-Continuity, Phase Inversion, Co-Continuity and Phase Inversion in HDPE/PS Blends: The Role of Interfacial Modification
                                   Morphology Development of Polymer Blends in a Tangential Counter-Rotating Twin Screw Extruder
Tangential Counter-Rotating Twin Screw Extruder, Morphology Development of Polymer Blends in a
                                    Extruders
Morphology, Mixing, Twin-ScrewMorphology and Mixing in Twin-Screw Extruders
                                   Blend Morphology Development
Morphology Development, compounding, Twin-Screw Extruder during compounding in a Twin-screw extruder
Integrated Control System          Considerations for Choosing an Integrated Control System
Integrated Process Control         The Applications and Benefits of Total Integrated Process Control
                                    Properties, Polyolefin Plastomers
COF, Seal Performance, OpticalOptimizing COF, Seal Performance, and Optical Properties of Polyolefin Plastomers
Computer Simulation, Film Blowing  Computer Simulation of Film Blowing
Purging Compound                   An Improved Purging Compound for Polyamides and Ethylene Vinyl Alcohol Copolymers
                                   Investigation during .
Mixing, Non Linear Effects of Polymer Flows of Non Linear Effects of Polymer Flows during Mixing .
                                   Phase Inversion during Compounding of
Phase Inversion,Compounding of Polycaprolactone/Polyethylene Blends Polycaprolactone/Polyethylene Blends
                                   Rheology and Processing of Polycarbonate/Carbonate/Carbon Black Composites.
Rheology, Processing, Polycarbonate/Carbonate/Carbon Black Composites.
                                   Processing of Thermoplastic Elastomers and Rubber Modified Rubber Polymers on Continuous
Processing,Thermoplastic Elastomers and Rubber Modified Rubber Polymers,Continuous Operating Compounding Machines Operating Compounding Ma
                                   Polymer Melts in Shear
Rheology, Morphology, Layered The Rheology and Morphology of Layered Polymer Melts in Shear
Blown Film Process, A Review A Review of the Blown Film Process.
                                   Modular Coextrusion Stacked Dies for Blown Film
Blown Film, Modular Coextrusion Stacked Dies
                                    Cooling and Gauge Tolerances in
Blown Film Extrusion, OptimizedOptimized Cooling and Gauge Tolerances in Blown Film Extrusion
                                   Study of Kinematics and Low Density Film Blowing
Blown Film Extrusion, Kinematics and Dynamics, Linear Dynamics of Polyethylene of a Linear Low Density Polyethylene
                                   The Effect of Processing Variables on Peel Strength Performance in Coextrusion Blown Film ............
Coextrusion Blown Film, Peel Strength Performance
                                   Films, Layer Layer Geometry on Tie Layer Adhesion of Coextruded Films....
Tie Layer Adhesion,Coextruded The Effect of Geometry
                                   Analysis of Flow in Screw
Analysis, Flow in Screw Extruders, Kinematic Conditions . Extruders, Effect of Kinematic Conditions .
                                 Screw
Screw Design, Newtonian Fluid Flow Design and Newtonian Fluid Flow
                                 Design of Single Screw Extrusion
Design, Sinusoidal Barrier Mixing Element,Sinusoidal Barrier Mixing.Element for Single Screw Extrusion .
                                 Computer Simulation Extruders
Computer Simulation, Conventional and Barrier Screwof Conventional and Barrier Screw Extruders
                                 Coupled Simulation of Die and Extrusion Flows Using Three Dimensional
Coupled Simulation, Die and Extrusion Flows, Three Dimensional
                                 Analysis Flow, Isothermal Non Newtonian
Analysis, Non Isothermal Non Newtonian of NonModular List/Buss Kneader Flow in a Modular List/Buss Kneader
                                 Residence Time Flow, Screw Extruders
Residence Time Distribution, Three Dimensional Distribution in Screw Extruders Three Dimensional Flow Effects on
                                 The Division Agglomerates in Molten Environment of Polymers: A Physical Model for Mathematical Description
Model, Agglomerates in Molten Environment of Polymers
                                 Analysis of Dynamic Seals in Screw Extruders
Analysis, Dynamic Seals in Screw Extruders
                                 Stress Distribution in Solid Polymer Compacts .
Stress Distribution, Solid Polymer Compacts .
                                 Theoretical and Analysis of in Single of Solids Conveying in Single Screw Extruders.
Solids Conveying, Theoretical and Experimental Experimental AnalysisScrew Extruders.
                                  Melting Characteristics, Polyethylenes,
Frictional Behavior, Density and Frictional Behavior of Pblyethylenes with Respect to Density and Melting Characteristics
                                  Considerations, of Different Types of Low Density Polyethylenes and Screw Design Considerations
Melting Behavior, Screw Design Melting BehaviorDifferent Types of Low Density Polyethylenes
                                 Wave Pattern Instability in Multilayer Coextrusion-An Experimental Investigation.
Wave Pattern Instability, Multilayer Coextrusion, Experimental
                                 Enhanced Dies
Enhanced Dies, Unique Tubing Applications . for Unique Tubing Applications .
                                 Analyzing Channel Geometries
Analysis, Flow, Dies Containing Different the Flow through Dies Containing Different Channel Geometries
Underwater Pelletizer (UG400) Experimental and Numerical Investigation of Waterflow in an Underwater Pelletizer (UG400)
Die Design, Profile              Profile Die Design by Pressure Balancing and Cross Flow Minimization
                                 The Use of Three Dimensional Computational Fluid Dynamics in the Design of Extrusion Dies
Design,Extrusion Dies, 3-D Computational Fluid Dynamics in the
                                 Optimal Design of
Design,Optimal, Linearly Tapered Coat Hanger Diea Linearly Tapered Coat Hanger Die
                                 Study of Self Reinforced Polypropylene from Continuous Melt Extrusion
Self Reinforced Polypropylene, Continuous Melt Extrusion
Reactive Extrusion               Effect of Processing Parameters on the Compatibilization of Polypropylene and Poly(butylene terephthalate) Blends by One S
                                 Reactive
Reactive Modification of Polypropylene Modification of Polypropylene
                                 Polypropylene Graft Modified with Glycidyl Methacrylate and Styrene.
Reactive Modification of Polypropylene
Reactive Extrusion               Innovative Products from Post Consumer Nylon Carpet via Reactive Extrusion
                                 Acceleration of Chemical Reaction in Reactive Extrusion Accompanied by Devolatilization
Reactive Extrusion Accompanied by Devolatilization
Crystallization, Extrusion . .   Crystallization Behavior of the Blends of Pet and PBT by Extrusion . .
Reactive Extrusion Simulation Simulation of Reactive Extrusion: Polymerization of Caprolactam in a Modular CoRotating Twin Screw Extruder
                                 Mixing of Low Viscosity and High Viscosity Polymer Melts in a Modular CoRotating Twin Screw Extruder
Mixing, Low Viscosity and High Viscosity Polymer Melts,Modular CoRotating Twin Screw Extruder
                                   in a Twin Screw in a Twin Screw Extruder Based
Mixing Characteristics of RubberMixing of Rubber Extruder Based on Drag Flow on Drag Flow
                                  Twin Screw Extruders: Contribution of the Different Screw Functions
Residence Time Distributions in Residence Time Distributions in Twin Screw Extruders
                                 SIGMA-Computer Aided Process Simulation of Intermeshing CoRotating Twin Screw Extruders
SIGMA-Computer Aided Process Simulation of Intermeshing CoRotating Twin Screw Extruders
                                 Pressure Profile in an Intermeshing Counter Rotating Twin Screw Extruder
Pressure Profile, Intermeshing Counter Rotating Twin Screw Extruder
Devolatilization Model           A Model of Polymer Devolatilization
                                 A
Devolatilization Extruder Analysis nalyzing Devolatilization Extruders for Residuals Optimization . .
Devolatilization                 Devolatilization of Filled Polymeric Materials: I-Batch Study
                                 Experimental Screw Extruder
Dewatering by Intermeshing CoRotating TwinAnalysis of the Dewatering Processing by Intermeshing CoRotating Twin Screw Extruder
Compounding                      Compounding of Glass Reinforced Plastics in Corotating Intermeshing Twin Screw Extruder with Novel Mixing Sections . . .
Compounding                      Twin Screw Extrusion Processing of Filled Polymers .
Compounding                      Experimental Study of Extruding Behavior against Material Property in the Filler Mixing by Intermeshing Co-Rotating Twin Sc
                                 Compaction and Conveying Behavior
Compaction and Conveying, Counter Rotating Twin Screw Extruder of (Suspension) PVC Powder in Counter Rotating Twin Screw Extruder
                                  State, Intermeshing Counter Rotating Twin Screw Extruder
Heat Transfer Behavior, PowderHeat Transfer Behavior of Powder State in Intermeshing Counter Rotating Twin Screw Extruder
Extrusion Lines, .High Precision High Precision Extrusion Lines .
                                 Predicting Actual Temperature Distributions in a Polymer Stream Using an Adjustable Depth, Exposed Tip Thermocouple As
Predicting Actual Temperature Distributions
                                 Heat Melt Sections
Heat Transfer Coefflcients in ExtruderTransfer Coefflcients in Extruder Melt Sections
                                 Axial Conduction in a Convectively Heated/Cooled Extruder Barrel
Axial Conduction, Convectively Heated/Cooled Extruder Barrel
                                 A Analysis and Residence Time Measurement,Twin Screw Extruder
Online Technique for Morphology, New Online Technique for Morphology Analysis and Residence Time Measurement in a Twin Screw Extruder
                                   with a Helical Barrel Line with a
On Line Viscosity Measurement Measure Viscosity OnRheometer Helical Barrel Rheometer
                                 Profile Control System
Profile Control System,Sheet Forming with a Melt Bank for Sheet Forming with a Melt Bank
Surging Suppression              Surge Suppression-A New Means to Limit Surging
                                 Blown Film Resins Made in of Phillips Slurry Loop Process (153)
Blown Film Characterization of Metallocene CharacterizationtheMetallocene Resins Made in the Phillips Slurry Loop Process (153)
                                  of Cast, Tubular and Biaxially Stretched Tubular and Biaxially Stretched Poly(butylene terephthalate) Film (227)
Formation and Characterization Formation and Characterization of Cast, Poly(butylene terephthalate) Film (227)
                                 Measurement (42)
Measurement of the Curvature Defect in Films of the Curvature Defect in Films (42)
                                 Spherilene Process Shrink Film (744)
Spherilene Process LLDPE for Conventionally BlownLLDPE for Conventionally Blown Shrink Film (744)
                                 Extrusion of Oriented LCP Film (181)
Extrusion of Oriented LCP Film (181)
                                 Extrusion of
Extrusion of Syndiotactic Polystyrene (188) . Syndiotactic Polystyrene (188) .
                                   Calculating (400)
Calculating Power of Extruder Melt SectionsPower of Extruder Melt Sections (400)
                                   Barrier Screws for Grooved Barrel Extruders-High Performance Extrusion for
Barrier Screws for Grooved Barrel Extruders-High Performance Extrusion for a Broad Range of Resins (478) a Broad Range of Resins (478)
                                   Extrusion of Non-olefinic Polymers with a (755)
Extrusion of Non-olefinic Polymers with a Fluoroelastomer Processing Aid Fluoroelastomer Processing Aid (755)
                                   Increasing Pelletizing Extruder Output
Increasing Pelletizing Extruder Output with Fluoropolymer Alloys (930) with Fluoropolymer Alloys (930)
                                   The lnfluence of Using Fluoropolymer the Extrusion Characteristics of the Extrusion Resin Blends (9002)
The lnfluence of Using Fluoropolymer Processing Additives to ImproveProcessing Additives to Improve LDPE/LLDPE Characteristics of LDPE/LLDPE Resin B
                                   Investigation Fully Intermeshing Twin Screw Fully Intermeshing Twin Screw Extruders Pressure Distributions (501)
Investigation of Mixing Patterns in CoRotatingof Mixing Patterns in CoRotatingExtruders Mixing Elements Using DynamicMixing Elements Using Dynamic Pre
                                   Velocity Profiles in the Nip Region of a CoRotating Twin Screw Extruder: Transitions between (428)
Velocity Profiles in the Nip Region of a CoRotating Twin Screw Extruder: Transitions between Forward and Reverse Elements Forward and Reverse Element
                                   Experimental and Statistical Analysis of Residence Time Distribution in (676)
Experimental and Statistical Analysis of Residence Time Distribution in Corotating Twin Screw Extruder Corotating Twin Screw Extruder (676)
                                   Study Screw and RTD in a
Study of Flow and RTD in a ZSK Twin of FlowExtruder (328) ZSK Twin Screw Extruder (328)
                                    Design in Corotating Twin Screw Extruders (588)
Pressure Generation and ScrewPressure Generation and Screw Design in Corotating Twin Screw Extruders (588)
                                    in CoRotating, Intermeshing Twin CoRotating, Intermeshing
Filling Length and Degree of Fill Filling Length and Degree of Fill in Screw Extruders (661) . . Twin Screw Extruders (661) . .
                                   Analysis and Distribution in Residence Time Distribution in Intermeshing CoRotating Finite Element Simulations (511)
Analysis and Modeling of the Residence TimeModeling of theIntermeshing CoRotating Twin Screw Extruders Based on Twin Screw Extruders Based on Finite
                                   in Intermeshing Twin Screw Extruders (437)
Practical Aspects of Processing Practical Aspects of Processing in Intermeshing Twin Screw Extruders (437)
                                   A Scientific .
A Scientific Approach to Screw Design (834)Approach to Screw Design (834) .
                                   Trouble
Trouble Shooting Extrusion Problems (1)Shooting Extrusion Problems (1)
                                     DOE Optimisation by Means (514)
Screw Optimisation by Means ofScrew and Multiple Regressionof DOE and Multiple Regression (514)
                                   Extrusion of Thin Gauge Polypropylene Sheet (54)
Extrusion of Thin Gauge Polypropylene Sheet (54)
                                   Response Surface Analysis of Average Residence Times in a CoRotating Twin Screw Extruder (552)
Response Surface Analysis of Average Residence Times in a CoRotating Twin Screw Extruder (552)
                                   Modular Tangential Counter Rotating Twin Screw Extrusion: Non-Newtonian and
Modular Tangential Counter Rotating Twin Screw Extrusion: Non-Newtonian and Non-Isothermal Simulation (226)Non-Isothermal Simulation (226)
                                   Analysis and Modeling of Polymer Devolatilization in Screw Extrusion and Compounding Processes (663) .... 156
Analysis and Modeling of Polymer Devolatilization in Screw Extrusion and Compounding Processes (663) .... 156
                                   On the Effect of Shear Polymeric Materials (184) . . .
On the Effect of Shear Flow on Devolatilization of FilledFlow on Devolatilization of Filled Polymeric Materials (184) . . .
                                   Phase Inversion of Viscosity Variation with Temperature (619)
Phase Inversion during Compounding-The Effect during Compounding-The Effect of Viscosity Variation with Temperature (619)
                                   Screw Channel Subject to Wall Screw Channel Subject to Wall Slip (183) .
Extrusion Flow in Partially Filled Extrusion Flow in Partially Filled Slip (183) .
                                   Scale Effects upon Mix Melting of Multiphase Polymer Blends in ZSK Extruders (940)
Scale Effects upon Morphology Development duringMorphology Development during Mix Melting of Multiphase Polymer Blends in ZSK Extruders (940)
                                     Carcass: Rate of Mixing (411)
DSC Picture of a Polymer BlendDSC Picture of a Polymer Blend Carcass: Rate of Mixing (411)
                                   Influence the Kneading Disc Efficiency in the Kneading Screw Extruders (34)
Influence of Design on Mixing Efficiency inof Design on Mixing Region of CoRotating Twin Disc Region of CoRotating Twin Screw Extruders (34)
                                   An Experimental Study of the Frictional and Solids Conveying and Melting in Single Screw Plasticating Extruders (165)
An Experimental Study of the Frictional and Viscous Forces Responsible for Viscous Forces Responsible for Solids Conveying and Melting in Single Screw P
                                   A in Single Screw Plasticating Extruders (163) . .
A New Model for Solids ConveyingNew Model for Solids Conveying in Single Screw Plasticating Extruders (163) . .
                                   Modeling and Simulation of the Solids in Polymer Extrusion (300)
Modeling and Simulation of the Solids Conveying and Unfilled Regions Conveying and Unfilled Regions in Polymer Extrusion (300)
                                   Stress Strain Behavior of Polymer Pellets (360)
Stress Strain Behavior of Polymer Pellets (360)
                                     the Intermeshing Conveying in the Intermeshing CoRotating Twin Screw Extruders with Three Sub-Conveying Zones (433)
The Model of Solid Conveying inThe Model of SolidCoRotating Twin Screw Extruders with Three Sub-Conveying Zones (433).
                                   Understanding High Rate CoRotating Twin Screw Extruders (306)
Understanding High Rate and High RPM Compounding onand High RPM Compounding on CoRotating Twin Screw Extruders (306)
                                   State of with Calcium Carbonate (332) .
State of Dispersion-Polypropylene Filled Dispersion-Polypropylene Filled with Calcium Carbonate (332) .
                                     Behavior against Material Property in the against Material Property in CoRotating Twin Screw Extruder (II) (465)
Experimental Study of ExtrudingExperimental Study of Extruding Behavior Filler Mixing by Intermeshingthe Filler Mixing by Intermeshing CoRotating Twin Scr
                                   Application of Expanded Volume Single Screw Kneaders (427)
Application of Expanded Volume Intake Sections in ReciprocatingIntake Sections in Reciprocating Single Screw Kneaders (427)
                                     Filled and Preparation of Highly Filled Molding (609)
Mixing and Preparation of HighlyMixing Feedstock for Ceramic Injection Feedstock for Ceramic Injection Molding (609)
                                   Experimental Study in a Kobe Steel NexT Continuous a Kobe Steel
Experimental Study of Flow Mechanisms and Mixing of Flow Mechanisms and Mixing inMixer (222) . NexT Continuous Mixer (222) .
                                   Lubrication of Pumps (486) Bearings in Gear Pumps (486) .....
Lubrication of Hydrodynamic Bearings in Gear Hydrodynamic.....
                                   Investigation Pelletizer (UG 400) Underwater Pelletizer (UG 400) (329)
Investigation of Water Flow in an Underwater of Water Flow in an (329)
                                   Designing an (76) ......
Designing an Extruder Additive Injection ValveExtruder Additive Injection Valve (76) ......
                                   Front End Drive
Front End Drive Single Screw Melt Pump (80) ....Single Screw Melt Pump (80) ....
                                    for Extrusion Lines (97)
Advanced Film Winding System Advanced Film Winding System for Extrusion Lines (97)
                                   Non-Isothermal Viscoelastic Flow Simulation of a High Speed Wire Coating Process (665)
Non-Isothermal Viscoelastic Flow Simulation of a High Speed Wire Coating Process (665)
                                   Flow Visualization in .. .. ...
Flow Visualization in a Stacked Type Spiral Die (118) a Stacked Type Spiral Die (118) .. .. ...
                                   Polyflow A Design on Inverse Die/Mandrel Design for High (846)
Polyflow A Treatise on Inverse Die/Mandrel Treatisefor High Consistency Silicone Elastomer Consistency Silicone Elastomer (846)
                                   Model for the Calculation of the Model for the Calculation of the (132)
Development of a Mathematical Development of a Mathematical Pressure Drop in Extrusion Dies Pressure Drop in Extrusion Dies (132)
                                   Pressure Drop of (458)
Pressure Drop of the Polymer Melt Flow in a Pipe the Polymer Melt Flow in a Pipe (458)
                                   Coextrusion Layer Thickness Distribution Improvements
Coextrusion Layer Thickness Distribution Improvements via Equipment Design (187) . . via Equipment Design (187) . .
                                   Transient in Coat Hanger Dies (293)
Transient Simulation of Coextrusion FlowsSimulation of Coextrusion Flows in Coat Hanger Dies (293)
                                     Melt Delivery Systems (399)
Calculating Surge Dampening inCalculating Surge Dampening in Melt Delivery Systems (399)
                                   The Effect of Die Characteristics of Polyethylenes (751) .
The Effect of Die Lip Temperature on the Surface Lip Temperature on the Surface Characteristics of Polyethylenes (751) .
                                   Interfacial Instabilities during Coextrusion of LDPEs (119)
Interfacial Instabilities during Coextrusion of LDPEs (119)
                                     Three Dimensional
 Three Dimensional Analysis of Coextrusion (143) . Analysis of Coextrusion (143) .
                                   Ultrasonic Characterization
Ultrasonic Characterization of Extrusion Instabilities (334) of Extrusion Instabilities (334)
                                   Ultrasonic Monitoring
Ultrasonic Monitoring of Foaming in Polymers (301) of Foaming in Polymers (301)
                                 Non-Destructive Bubbles in Gas Assisted Injection Molded Gas (982)
Non-Destructive Product Characterization of GasProduct Characterization of Gas Bubbles inParts Assisted Injection Molded Parts (982)
                                 Measurement and Modeling of Thermal Contact Resistance
Measurement and Modeling of Thermal Contact Resistance at a Plastic Metal Interface (217)at a Plastic Metal Interface (217)
                                 Measurement of Temperature Profiles during Polymer Processing (835)
Measurement of Temperature Profiles during Polymer Processing (835)
                                 An Adjustable
An Adjustable Gap In-Line Rheometer (781) Gap In-Line Rheometer (781)
                                 Comparison of Velocity Measurements and Slit Dies (131)
Comparison of Velocity Measurements and Different Calculation Methods in Different Calculation Methods in Slit Dies (131)
Reactive Extrusion               Reactive Extrusion: Grafting GMA onto Polypropylene (839)
Compounding (TPO)                Effect of Compounding Conditions and Composition on the Performance of Talc/Ethylene-Octene Copolymer/Polypropylene
                                 Comparison of and Numerical, Velocity and Numerically Predicted Velocity Distributions in a Co-Rotating Twin-Screw Extru
Co-Rotating Twin-Screw Extruder, ExperimentalExperimentally MeasuredDistributions
                                 Method to Evaluate the Homogenization of
Co-Rotating Twin Screw Extruder, Homogenization of Bimodal PolyethyleneBimodal Polyethylene in a Co-Rotating Twin Screw Extruder (309)
                                 Mixing Characterization System
Mixing, Drag Flow Phase, Kneading Blocks, ViscoelasticBased on Drag Flow Phase III-Effect of Kneading Blocks on a Viscoelastic System (833)
                                 A Rheological Model for
Blown Film, Rheological Model, Polyethylene Properties the Prediction of Polyethylene Blown Film Properties (3001)
                                 The Influence of Sealant Modulus on the Bending Stiffness of Multilayer Films (3002) 35
Multilayer Films, Sealant Modulus, Bending Stiffness
Model, Spiral Mandrel Dies       A Model of Polymer Melt Flow in Spiral Mandrel Dies (3008) 41
                                 Extrusion, LLDPE Film Properties,Film Quality
Grooved Feed vs. Smooth Bore A Comparison of Grooved Feed vs. Smooth Bore Extrusion on LLDPE Film Properties and Film Quality (3010)
                                 Flow
Flow Analysis, Twin Screw Extruders Analysis of Twin Screw Extruders-Pressure and Drag Capability of Various Twin Screw Elements (672)
                                 Analysis of
Analysis,Micromixing,Twin Screw Extruders Micromixing in Twin Screw Extruders Using Reactive Polymer Tracers (157) .
                                 Characterization of Kneading Block Performance in
Characterization, Kneading Block Performance, Co-Rotating Twin Screw Extruders Co-Rotating Twin Screw Extruders (831)
                                 Experimental Studies on Melting and Fill Distribution, Simulation ,Experimental
Modular Self-Wiping Co-Rotating Twin Screw Extruder, Melting,Fill FactorFactor Distribution and Comparison to Simulation in a Modular Self-Wiping Co-Rota
                                 Influence of Polymer State and Kneading Block Blends
Co-Rotating Intermeshing Twin-Screw Extruder, Mixing Efficiency of PE/EPODE Structure on Mixing Efficiency of PE/EPODE Blends in Co-Rotating Intermes
                                 Shear Polyethylene
Shear Refining, Branched Low Density Refining of Branched Low Density Polyethylene (642) 76
                                 An Empirical Study for the Optimization Experiment
Optimization,Barrier Flight Clearance, Single Stage Extrusion, Design of of the Barrier Flight Clearance for Single Stage Extrusion Using Design of Experimen
                                 Investigation of the Shear Stresses Experienced during Melting Using Novel Microencapsulated Dye Sensors (199)
Shear Stresses, Melting,Novel Microencapsulated Dye Sensors
                                 Sensible Computerized Extrusion Control for Simple Systems (554)
 Extrusion Control, Sensible Computerized
                                 Computer Simulation of Melt Flow in Wave Screws (754)
Computer Simulation, Melt Flow, Wave Screws
                                 Why Corrosion Resistant Screws Can Bind in the Extruder Barrel (979) .
Corrosion Resistant Screws, Bind, Extruder Barrel.
                                 The Aerodynamics of Cooling of Blown Film Bubbles (182).
Cooling of Blown Film Bubbles, Aerodynamics
                                 Tension in Multilayer Film Casting of Polymer Melts (472)
Tension, Multilayer Film Casting, Polymer Melts
                                 The Effect of Coextrusion on Bubble Kinematics, Temperature Distribution and Property Development in the Blown Film Proc
Blown Film Process, Coextrusion, Bubble Kinematics,Temperature Distribution, Property Development,
                                 Investigation
Blown Film Extrusion, Cooling Characteristicsinto the Cooling Characteristics of Blown Film Extrusion Lines (212)
                                 Metallocene Catalysed Polyethylene in Blown Film Applications-A Comparison
Blown Film Applications, Metallocene Catalysed Polyethylene, Monoextruded Blended Films, Coextruded Films between Monoextruded Blended Films and Co
                                 Future of Single Screw Extruder Screw Design (184)
Single Screw Extruder Screw Design, Future
                                 An Experimental Investigation Plasticating Extruders, Experimental
Solids Conveying in Smooth and Grooved Barrel Single-Screw of Solids Conveying in Smooth and Grooved Barrel Single-Screw Plasticating Extruders (458)
                                 Control Volume Analysis of Feed Flow
Solid Conveying, Control Volume Analysis of Feed Flow in Extruders in Extruders (382)
                                 Predicting the Processability of BOPP (Biaxially Oriented Polypropylene) Material for Film Applications on Laboratory Scale (
Prediction, Processability of BOPP
                                 Double Bubble Tubular Film Extrusion Investigation of Polyamide 6 (877)
Double Bubble Tubular Film Extrusion, Polyamide 6
                                 The Molecular Structure, Rheology, Morphology and Orientation
Polyethylene Blown Film Properties, Effects of Molecular Structure, Rheology, Morphology and Orientation on Polyethylene Blown Film Properties (339)
                                 Tensile Properties and Orientation Evolution with Processing Conditions in Polyethylene Blown Films (729)
Polyethylene Blown Films, Tensile Properties and Orientation
                                 Surface Roughness of Roughness
Blown Linear Low Density Polyethylene Films, Surface Blown Linear Low Density Polyethylene Films (422)
                                 Influence of Design on Mixing Performance
Mixing Performance, Design, Axial Discharge Continuous Mixer-LCMAX 40 in an Axial Discharge Continuous Mixer-LCMAX 40 (944) 178
                                 In-situ Visualization of Novel Polymer
In-situ Visualization, Novel Polymer Droplet Morphologies, Extrusion Droplet Morphologies during Extrusion (711) 183
                                 A Comparative Study of the Use of High Intensity Dispersive Mixers and Co-Rotating
High Intensity Dispersive Mixers, Co-Rotating Twin Screw Extruders,Manufacture of High Quality Color Concentrates Twin Screw Extruders in the Manufactu
                                 Mixing Co-Rotating TSE
Mixing, Low Molecular Weight Additive,of a Low Molecular Weight Additive in a Co-Rotating TSE: Morphological Analysis of a HDPE/PDMS System (834) 19
                                 Polymer and
Polymer and Particle Separation, Extrusion Particle Separation during Extrusion (187) 205
                                 A Phenomenological Model for Flow-Induced Crystallization (910) .
Model, Flow-Induced Crystallization, Phenomenological
                                 Relative Viscous Viscous and Elastic
Layer Thickness Uniformity, Coextrusion,Effects ofand Elastic Forces, Forces on Layer Thickness Uniformity in Coextrusion (104) ....
                                 Sections, Computer Modeling
Mixing, Rhomboidal Distributive Comparative Study of Rhomboidal Distributive Mixing Sections Using Computer Modeling (496)
                                 Modeling of a Reactive Extrusion Process in a Single-Screw Extruder (192)
Modeling, Reactive Extrusion Process, Single-Screw Extruder
                                 Simulation of Phase Domain Breakup and Coalescence Using the Lattice-Boltzmann Method (684)
Simulation, Phase Domain Breakup, Coalescence,Lattice-Boltzmann Method
                                 Modeling of the Thermal Homogenising Effect of Cross-Hole Mixing Element for Single Stage Extrusion (200)
Modeling, Thermal Homogenising, Cross-Hole Mixing Element, Single Stage Extrusion
                                 The Inter-Related Aspects of Scaling Up a Complete Tube Extrusion Line (934).
Scaling Up, Complete Tube Extrusion Line
Profile Extrusion Process        The Significance and Use of Statistics in the Profile Extrusion Process (32)
                                 Blown Film
Blown Film Extrusion, LLDPE/LDPE Blends Extrusion of LLDPE/LDPE Blends (134)
                                 Experimental Study of
Mixing Sections, Single Screw Extruder, Experimental Various Mixing Sections in a Single Screw Extruder (497).
                                 A Mixing Study of Various Single Screw Mixing Elements Using In-Line Melt Analysis (I.M.A.) (71).
Mixing, Single Screw Mixing Elements, In-Line Melt Analysis (I.M.A.)
                                 Performance of Extrusion
Mixing, Stratablend Mixing Screw, Single-Screw a Stratablend Mixing Screw for Single-Screw Extrusion (340)
                                  New Dispersive Mixers
Mixing, New Dispersive Mixers, Single Screw Extruders for Single Screw Extruders (884)
                                  Screw
Mixing, Colour, Single-Screw Extrusion Configuration Effects on the Colour Mixing Characteristics of Polymer in Single-Screw Extrusion (94) 284
                                  A Three-Dimensional Analysis of the Effect
Design, Extrusion Dies,Three-Dimensional Analysis, Die Body Deflection of Die Body Deflection in the Design of Extrusion Dies (883)
                                  with Metal Insert, Automotive Profile with Metal Insert Numerical Simulation and Die Design (235)
Coextrusion, Automotive Profile Coextrusion of an Numerical Simulation,Die Design
                                   Dies,Wire Analysis of Spiral Mandrel Dies for Wire Coating Application (148) .
Design, Analysis, Spiral MandrelDesign and Coating Application
                                  Recent Research on Mathematical Design of Spiral Mandrel Dies (325)
Design,Spiral Mandrel Dies, Recent Research, Mathematical
                                  Characterization of the Lubricant Fluoroelastomer Blends
Characterization, Lubricant Layer, High Density Polyethylene andLayer Formed at the Interface between the Extrudate and the Die Wall during the Extrusion
                                  Recording Pressure and Melt Temperature in Extrusion (867) 320
Pressure,Melt Temperature,Extrusion, Recording
                                  Effect of a High Performance Melt
High Performance Melt Pump, Drive System, Flow Rate Uniformity Pump and Drive System on Flow Rate Uniformity (932)
Gear Pump, Bearing Design         Gear Pump Bearing Design for Improved Plastics Processing (469)
                                  Ultrasound: A Virtual Instrument Approach for Monitoring of Polymer Melt Variables (313) 335
Ultrasound: Monitoring of Polymer Melt
                                  Computer Based, Interactive Training in Extrusion (980)
Computer Based, Interactive Training,Extrusion (980)
                                  Polymerization in Chain Screw Extruder – Effect of Screw Configuration on Distribution
Reactive Extrusion, Backmixed Extruder Reactor, a TwinAddition Copolymerization, Copolymer CompositionMWD and Copolymer Content
                                  Grafting Extrusion of Low
Grafting, Extrusion, Polyethylene, Rheological Behavior Density Polyethylenes
                                  Mixing Performance of Twin Reactive Polymer Tracers
Distributive Mixing, Melt-melt blending, win Screw Extrusion, Screw Extruders during Melt-Melt Blending
                                  Mixing Analysis of Reactive Extrusion Process in a
Twin Screw Extrusion, Finite Element Method, Reactive Extrusion, Flow Efficiency Co-Rotating Twin Screw Extruder Screw Element Channel
                                  Extrusion
Twin Screw Extrusion, Reactive Continuous Polymerization of Polyetheramide Tri-Block Copolymers in a Modular Co-Rotating Twin Screw Extruder
Processind Aids, Gel Formation The Use of Polymer Processing Aids to Reduce Gel Formation in Polyolefin Plastomer Extrusion "A Batch Light Scattering S
Peel strength, Acid Coploymers The Influence of Stress on Peel Strength of Acid Copolymers to Foil
                                  A Performance LLDPE, Metallocene-LLDPE
Blown Film, Hexene LLDPE, High New High-Performance LLDPE For Blown Film Application
                                  The Effects of Film Winding Tension and Melt Temperature on COF and Other Properties of PE Blown Film
Film Winding Tension, PE, Blown Film
Slip, Anitblock, Films            The Effects of Slip and Antiblock Additives on Oxygen Transmission Rate of Highly Permeable Polyolefin Plastomer Films
                                  Use of Stereolithography for Extrusion Dies
Profile Extrusion, Die Design, Stereolithography, Rapid Tooling
Finite Element Method, Dies       Design and Optimization of 3-D Extrusion Dies using Adaptive Finite Element Method
Die Flows, Viscoelastic Fluids Mathematical Modeling of 3-D Extrusion and Die Flows of Viscoplastic Fluids with Wall Slip
                                  Extrusion of LLDPE Die Pressure Reduction, Processing
LLDPE Extrusion, Surface Melt Fracture, Sharkskin, Through Polypropylene Coated Dies Additives
Melt Fracture                     A Criterion for the Onset of Gross Melt Fracture of Polyolefins
                                  Effect of Elongational Viscosity on Die Design for Plastic Extrusion
Elongational Viscosity, Extensional Viscosity, Extrusion, Die
                                  The
Metallocene, Polyethylene, RheologyBlending and Coextrusion of Metallocene Catalysed Polyethylenes in Blown Film Applications
                                  Maximize Barrier Performance of Reduced-Gauge HDPE Film
Ineffective Film Thickness, WVTR of Reduce Gauge Films, Maximize WVTR Performance
Medical Tubing                    Medical Kink Resistant Tubing
Medical Tubing                    The Manufacture of Close Tolerance Medical Tubing
                                  Continuous Polymer Melt Filtration
Continuous Polymer Melt Filtration, Filtration, Polymer Melt Filtration
                                  Extrusion of Mixing
Polyurethanes, Screw Design, Barrier Screw,Engineering Thermoplastic Polyurethanes
Metallocene, Polyethylene         Processing Trends of Metallocene Linear Low Density Polyethylenes and Their Influence on Single-Screw Design
                                  Extrusion Operation
Metallocene, Extrusion, Single Screw, Polyethylene Window for Filled Metallocene Polyethylenes
High Speed Extrusion              Ultra High Speed Extrusion of Various Polymers
                                  Examination of Starve-fed Single
Starved-fed, agglomeration, compounding, single screw extrusion Screw Extrusion In Conventional and Barrier Feed Screws
                                  Polymer Blend, PMMA, SAN
Low Viscosity Additive, Miscible A Quantitative Investigation of Mixing in a miscible SAN/PMMA Blend
                                  Experimental Comparison of Floating Ring Mixing Devices
Mixing Rings, Screw Design, Mixing, Color
                                  A New Dispersive and Distributive Static Mixer for the Compounding of Highly Viscous Materials
Static Mixer, Extrusion, Dispersion, Mixing
Dispersive Mixing                 Experimental Study of a New Dispersive Mixer
                                  The Effect of Scale-Up on the Processing Behavior of a Blend Exhibiting Phase Inversion During Compounding
Scale-up, Phase Inversion, Polystyrene/Polyethylene Blends, Blade Design
Melting Model, Single Screw       A Melting Rate Model Based on Extrusion Data
                                  The Effect of Flight Radii Size on the Performance of Single Screw Extruders
Solids conveying, Extrusion, Flight Radii, Degradation
Melt Temperature                  Control of Melt Temperature on Single Screw Extruders
Grooved Barrel                    The Adjustable Grooved Feeder Extruder
                                  Flow Patterns in Special Twin Screw Extruder Mixing Distribution
Twin Screw Extruders, Mixing Enhancers, Drag and Pressure Flows, Residence Time Elements
                                  Residence Analysis
Residence Time Distribution, Twin Screw Extruder Time for Twin Screw Extruders
Velocity, Twin Screw Extruder Velocity Distributions in the Nip and Translational Regions of a Co- Rotating Twin-Screw Extruder
                                  Effect of Speed, Tip Clearance
Twin Screw Extruder, Mixing, High ScrewKneading Block Tip Clearance on Performance of Co-Rotating Twin-Screw Extruders
Elastomer Compounding             New Twin Screw Element Design for Elastomer Compounding
                                  Color Measurement Techniques for Rapid Determination of Residence Time Distributions
Extrusion, Residence Time Distribution
                                  Bubble Dynamics in Viscous Flow
Bubble Deformation, Bubble Growth, Extensional Flow, ShearShear Flows
                                  Lattice Boltzmann Simulations as a tool to Examine Multiphase Flow Problems for Polymer Processing Applications
Lattice Boltzmann, Immiscible Blends, Spinodal Decomposition, compounding
                                 Novel BEM, Static Pineapple Mixers
Mixing Simulation, Extrusion Modeling,BEM Simulation of Mixing in Polymer Flows Including Non-Linear Effects
Extrusion Modeling               Modeling Extrusion Processability for Materials with Various Molecular Parameters
                                  Updated Lagrangian
Film Casting, Draw Resonance, Simulation of Draw Resonance in Film Casting Using Material Description of Motion
                                  Deflection, of Flat Extrusion Dies and Feedbacks
Extrusion, Die Design, Die BodyThe Design Clamshelling, Computational Fluid Dynamics
Cast Film                        Cast Film
                                 Motors Drives, AC Flux Vector Application
Extrusion Drive Control, Solid State DC and Drives for ExtrusionDrives, Servo Drives
                                 Computer Simulation of Plastics Compounding Operations in Twin-Screw Extruders
Twin Screw Extruder, Mathematical Modeling, Process Simulator, Software
                                 3-D Analysis
Extrusion, Twin Screw, Modeling, Simulation of Fully Flighted Screws of a Co-Rotating Twin Screw Extruder
Twin Screw, Simulation           Analysis of Mixing in Co-Rotating Twin Screw Extruders Through Numerical Simulation
                                 Fast Design
Network theory, Simulation, Mixing Section of Mixing Sections by Means of Network Theory
Pin Mixer                        Numerical Investigation on Mixing in a Pin Mixing Section for Screw Extruders
Carreau Model, Extrusion Design  Extrusion Design with the Carreau Model
Film                             Blown Film Tutorial
Film                             Fundamentals of the Tenter Frame Process for Biaxially Oriented Film Manufacturing as Applied to Polypropylene Polyester
Film Handling                    Air Entrainment Effects in Plastic Film Handling and Winding The State of the Art
PLI, Deflection, Rolls           Roll Design: A Review of the Basics
                                 Effect
PP, Compounding, Calcium Carbonateof Compounding Conditions on the Dispersion of Highly Filled CaCO3/PP Compounds in Twin-Screw Extruder
Transient Flow, Twin Screw       Transient Start-Up Flow in a Modular Co-Rotating Twin Screw Extruder
Fill Length, Twin Screw          Fill Length Determination for a Non-Intermeshing Twin-Screw Extruder
Buss Kneader                     A Comparative Study of Fiber Breakage in a Buss Kneader, Modular Co-Rotating and Counter-Rotating Twin Screw Extruder
                                 Visual Research of Melting Mechanism of Polymer Pellets in Intermeshing Co-Rotating Twin-Screw Extrusion
Twin Screw Extruder, Dissipative Mix-Melting, inter-particle Fricional Heating, Melting Sub-Stages
                                 Tradeoffs in Blown Film Processing-Structure-Property Behavior of LLDPE Type Resins from Chrome, Metallocene and Zieg
LLDPE, Chromium, Zieglerr-Natta, Metallocene, Blown Film, Rheology
Tear Strength, Blown Films       The Relative Influences of Process and Resin Time-Scales on the MD Tear Strength of Polyethylene Blown Film
                                 Film Casting of a
Film Casting, Neck In, Edge Beading, StreamlinesLow-Density Polyethylene Melt
Films                            ―Single-Site‖ Catalyzed Polyolefin for Fresh-cut Produce Packaging: A Comparison Between Monoextruded Blends and Coex
Protien Films                    Batch and Continuous Processing of Protein Films
Blown Film                       Processing Variables and the Scaling Parameters in Blown Film Extrusion
                                 Residence Distribution Models for Twin Screw Extruder
Residence Time Distribution, Residence Volume Distribution, Residence Revolution Distribution, Twin Screw Extruder
Twin Screw Extruder              Pressurization and Energy Characteristics of ZSK40 Twin Screw Elements: The Power of Spreadsheet and Good Experimen
                                 A Physico-Mathematical Dispersion Process
Twin Screw Extruder, Process Simulation, Mineral Fillers,Model for the Dispersion Process in a Co-Rotating Intermeshing Twin Screw Extruder
                                  Twin Screw Extruders, Numerical Simulation, Dispersive Mixing
Mesh Superposition Technique, Non-Isothermal Modeling of Co-Rotating and Contra-Rotating Twin Screw Extruders
                                 Simulation Carbonate
Twin Screw Extrusion, Dispersion, Calcium of CaCO3 Dispersion in a PP Matrix During Twin Screw Extrusion
                                 Mean Distribution
Twin Screw Extruder, Residence TimeResidence Time Characterization in Co-Rotating Twin Screw Extruder: Screw Configuration Comparison
                                 Measuring of Layer Deformation in Coextrusion Using Unique Feedblock Technology
Coextrusion, Feedblock, Layer Rearrangement
                                 Numerical Simulation of Bi-Layer Extrusion Flow Within a New Conical Extruder
Coextrusion, Simulation, Rotor Speed, Extrudate Bending
Coextrusion, Viscoelastic        Viscoelastic Stress Calculation in Multilayer Coextrusions
                                 Evaluation of
Coextrusion, Layer Thickness, Die, FeedblockLayer Spreading in Coextruded Structures via a Modular Die
Tubing, Die Design               Design and Analysis of Crosshead Annular Die for Braided Tubing Extrusion
Flexible Membrane Dies           Latest Development Concerning Slit Dies with Integrated Flexible Adjusting Membranes
Die Design, Die Simulation       Elongational Effects of Die Flows: Pressure Distribution and Shape Prediction
                                 A Three-Dimensional Analysis
Coextrusion, Extrusion Die, Three-Dimensional Encapsulation of Coextrusion in a Single Manifold Flat Die
                                 A New Barrier Mechanism, Solid Deformation
Single Screw Extrusion, Barrier Screw, Melting Screw Design Utilizing Solid Bed Deformation With Forced Melt Removal
                                 Heat Transfer in Extruder Screws
Single Screw Extrusion, Heat Transfer
                                 Extruder
Extruder Analysis, Transparent Extruder Analysis Utilizing a Transparent Extruder and Simulation Software
                                 Incompressible Model of
Solids Conveying, Incompressible Model, Slip Boundary Solids Conveying In A Single-Screw Extruder
Single-Screw Mixing              Simulation of Shearing and Mixing Sections
                                 Comparison of Experimental and
Melting, Solid Bed Ratio, Friction, Shear Rate, Delay in Melting Predicted Data for Conventional Single Screw Extruders
                                 Backmixing in Screw Extruders
Backmixing, Single Screw Extrusion
Single Screw Extrusion           Obtaining Flow Properties Directly From An Extruder
                                 Rubbing Mechanisms of Polymers on Metal Surface Relevant to Extrusion
Rubbing Mechanisms, friction, Solids Conveying
                                   Melting Mechanism, Single Screw Extrusion
Groove-Feed, Solids Conveying,Investigation of the Melting Mechanism Within A Grooved-Feed single Screw Extruder
Melting Mechanism                Melting Phenomena and Mechanism in Polymer Processing Equipment
Energy Dissipation               The Heating/Melting Mechanism of Plastic Energy Dissipation
                                 An Polymer Processing Aid
LLDPE, Barrier Screw Design, Film,Experimental Investigation of the Effect of Polymer Processing Additives (PPA) on the Melting and Gel Formation Mechan
Twin-Screw Extrusion, Melting Physical Model of Polymer Pellets Melting in Co-Rotating Twin Screw Extrusion
Blown Film, Stability             Blown Film Bubble Instability Induced by Fabrication Conditions
Extrusion Coating                 Prediction of Temperature Profile Across Coating and Substrate in the Nip
Permeation, Membranes             Permeation Processes in Barriers and Membranes: Complimentary Differences
                                   Cast Film, Film Processability, Film Property
Metallocene Propylene Polymer,Assessment of Metallocene Propylene Polymer for Cast Film Applications
Polymer Processing Additives The Influence of Polymer Processing Additives (PPA) on the Surface and Optical Properties of Polyolefin Plastomer Blown F
                                  Benefits LLDPE, LDPE
Coextrusion, Streamline Coextrusion Die,of Coextruded LLDPE/LDPE film vs. Blended LLDPE/LDPE Film
                                  Study of Extrusion, Reactive Extrusion
Polypropylene, Degradation, Twin Screw Polypropylene Degradation in A Co-Rotating Twin Screw Extruder
                                  Continuous Polymerization Continuous Polymerization
Reactive Extrusion, Polycaprolactone, Twin Screw Extruder,of Polycaprolactone in a Modular Co-Rotating Twin Screw Extruder
                                  Continuous Anionic Polymerization of Polyamide-Based Thermoplastic Elastomer in a Counter-Rotating Twin Screw Extrude
Reactiver Extrusion, Polyesteramide
                                  Effects Fiber, Screw
Composite, Twin Screw Extruder, Glassof TwinNylon-6Compounding Conditions on the Mechanical Properties of Nylon-6/Glass Fiber Composites
                                  Breaking Barriers
Polypropylene, Talc, Compounding,Densification to Higher Output Rates with Densified Ultrafine Talc During Melt Compounding on the CoRotating Intermes
                                  Relationship Between Local Residence Twin Srew Extruder
Local Residence Time, Distributive Mixing, Infrared Temperature Probe, Time and Distributive Mixing in Section of a Twin Screw ExtruderTwin-Screw Extrude
                                   Extrusion, HIPS
Flow Surging, Solids Conveying,Flow Surging in Single-Screw Plasticating Extruders
                                  An Experimental Investigation Barrel, Experimental Design, DOE
Solids Conveying, Extrusion, Friction, Smooth Barrel, Grooved on the Influence of Barrel Temperature on the Output of a Constant Depth Screw with Grooved
                                  The Effect of Feeding Mode on Dispersive Mixing Efficiency in Single-Screw Extrusion
Dispersive Mixing, Feeding Mode, Single Screw Extruder
Extensional Flow Mixer            Compressive Study of a New Extensional Flow Mixer
Design, Screw, Optimization       Computer Design and Screw Optimization
Devolatilization, Foaming         Devolatilization of Polymers by Diffusion and Foaming
                                  Real-Time Dielectric Measurements During Extrusion of Filled Polymers
Dielectric, Sensor, In-Line, analyzer
Solids Conveying, Plastication The Processing of Renewable Resources using a Short Single Screw Extruder With A Combined Section for Solid Conveying
Metallocene, Foams                Extrusion of Closed Cell Very Low Density Flexible Syntactic Foams Using Metallocene Catalyzed Polyolefins and Thermopla
PBT                               Effects of Moisture Content, CEC, and Processing Conditions on Mechanical Properties and Long-Term Reliability of PBT Fib
Temperature, Extrusion            Estimating Fully Developed Melt Temperature in Extrusion
                                  Numerical Simulation of Blown
Blown Film, Cooling Air, Aerodynamics, Temperature Profiles Film Cooling
                                  Modeling Flow-Induced Crystallization in Film Blowing
Film Blowing, Simulation, Flow-Induced Crystallization, Modified Giesekus Model, Rigid Rods
                                  Sharkskin Melt Sharskin Melt Fracture
Blown Film, High Performance Hexene-LLDPE, Fracture in High-Performance Hexene-LLDPEs
                                  Edge Effects in Film
Film Casting, Edge Effects, Neck-in, Edge Beading Casting of Molten Polymers
                                  Influence Distribution, Weight Distribution on LLDPE Blown Film Processing Conditions and Property Sensitivity
Blown Film Processing, Molecular Weight of Molecular Polyethylene, Structure-Property Relationship
LLDPE, Blown Films                Tensile Properties of Linear Low Density Polyethylene
                                   Simulator, Process-Geometry Relationship
Blown Film Extrusion, ComputerUnderstanding the Interrelationship Between Blown Film Process Variables and Bubble Geometry Using a Blown Film Extrus
                                  ANSI Standards Combined With European Hazard Ranking Reduction Prioritization
Safety Standards, Web Processing Machinery, Risk Asseessment, Hazard Ranking, Hazard Methods Provide Plastic Web Processors With Powerful Tools F
                                  Orientation Measurements Online
On-Line Orientation Chaaracterization, Biaxial Orientation, Birefringence, Orientation Characterization Techniques
Quality Measurements, On-line On-Line Product Quality Measurements
Rheology                          On-Line Rheological Measurements
Temperature, Extrusion            Melt Temperature Considerations
                                  Extrusion
Extrusion, Ethylene/Styrene InterpolymersCharacterization of Ethylene/Styrene Interpolymers
Blends                            Dispersion in High Viscosity Ratio Polyolefin Blends
Profile Extrusion                 Cooling of Extruded Plastic Profiles
Cooling, Shrinking                Predicting How the Cooling and Resulting Shrinkage of Plastics Affect the Shape and Straightness of Extruded Profiles
PS, Sheet, Quality                Effects of Processing Conditions on Extruded Polystyrene Sheet Feedstock Quality
Sheet, Films, Bank                Bank Measurement Leads to Improved Quality of Extruded Sheets or Films
Nucleation, Extrusion, Foam       Nucleation in Foams Extrusion
Rools, Contrabend, Deflection Making Flat Sheet Using Contrabend Rolls
                                  O
Propylene, On-line, Melt Strength n-Line Melt Strength Enhancement of Polypropylene for Extrusion Coating
                                  Wall-Liquid Heat Transfer Coefficients Blends
Batch Intensive Mixers, Extrusion, Heat Transfer Coefficients, Polymer in Batch Intensive Mixers
PEX, Multi-Layer, Barrier, Pipe The Extrusion of Multi-layer Barrier Tubing From Cross Linked Polyethylene (PEX)
                                  Nanocomosites: The Importance of Processing
Nanocomposite Processing, Organoclay
                                  Factors Affecting Adhesion of Tie Layers Between
Coextrusion, Tie Layer Adhesion, Extrudable Adhesives, Maleic Anhydride Grafted Polypropylene and Polyamides
                                  Coextrusion of High Barrier
Coextrusion, Liquid Crystalline Polymers, Barrier, PackagingFilm Containing Liquid Crystalline Polymers
                                  Polylactide, A New Thermoplastic For Extrusion Coating
Extrusion Coating, Biodegradability, PLA
LLDPE Blends, GPC,                A TriSEC and 3DTREF Approach to Polymer Blend Design
                                  The
Encapsulation Die, LLDPE, HDPE Use of Encapsulation Dies for Processing Linear Polyolefin
Acid Copolymers, Oxidation        Resins in Extrusion Coating as the Primary Factor for Bonding Acid
                                  The Case against Oxidation
LLDPE, Extrusion Coating          Copolymers to Foil Extrusion Coating Applications
                                  A New mLLDPE for
Wave Instabilities, Die Design The Effect of Layer Stretching on the Onset of 'Wave' Interfacial
                                  Instabilities in Coextrusion Flows
                                 The Effect of Flow, Slip
Die Design, Extrusion Die, Three-DimensionalWall Slip on the Performance of Flat Extrusion Dies
Die Swell, Design                Streamline Die Design Method for Complex Geometries
Profile Dies                     Flow Balancing of Profile Extrusion Dies
                                 A New Concept in Coextrusion Dies
Coextrusion, Die Design, multi-layer film
                                 Three-Dimensional Finite Volume Method, Free Surface
Multilayer Coextrusion, Numerical Simulation, CAE, Non-Isothermal Numerical Analysis of Multi-Layer
                                 Coextrusion
                                 Predicting Transfer, Simulation Program
Blown Film Extrusion, Cooling Model, Heat the Cooling Conditions at Blown Film Extrusion Lines by
Pipe Extrusion, Flex Ring        Modeling the Cooling Air StreamThickness Tolerances in Pipe
                                 New Technique to Reduce Wall
                                 Numerical Calculation of Strains and Stresses in Film Blowing
Blown Film, Temperature Profiles, Film Stresses
                                 Structure Development during Film Blowing
Structure Development, Film, SALS, Crystallization
Blown Film, Cast Film, LLDPE Comparison of the Mechanical Performance of the Extruded Blwon
                                 and Castthe Modulas Gap
                                 Bridging Polyolefin Thin Film
MDPE, HPH-LLDPE, HMW, LMW, MW, MWD, SCB, LCB between LLDPE and HDPE
                                 The Use of Maleic Anhydride-Containing Concentrates ot Effect
Coextrusion, Tie Layer Adhesion, Extrudable Adhesives, Maleic Anhydride Grafted Polyethylene, EVOH
HDPE, Properties                 Adhesion between Relationships and Ethylene-Vinyl Alcohol
                                 Structure-Property Polyethylene in HMW-HDPE Blown Film
                                 Predictive Model Helps Develop New High-Performance HDPE for
Blown HDPE Film, WVTR Barrier Films, HDPE Blown Fim Physical Properties
                                 Plastic Film Applications
                                 Barrier Energy (PED), Polymer Processing Equipment
Melting Mechanism, Plastic Energy Dissipation Dissipation (PED) a Major Contribution to Melting of
                                 Polymers in Polymer Compounding Equipment
                                 The Effect of Three-Lobe, Off-Set Kneading Blocks on the Dispersion
Twin-Screw Extrusion, Compounding, Polystyrene, Dispersion
                                 A Calcium Carbonate Method (DEM), Particulates in Co-Rotating
                                 of Predictive Melting Model for PolymerCorotating Twin-Screw Extruder
Melting Model, Polymer Particulates, Discrete Element in Polystyrene Resin
Melting, Twin-Screw Extrusion Twin Screw Extruders
                                 Comparative Melting Trials in ZSK Extruders
Melting Mechanism, Twin-ScrewMelting Phenomena and Mechanism in Co-rotating Twin Screw
                                  Extrusion
                                 Extruder
                                 Temperature
Energy Dissipation, Single-Screw Extrusion Rise in a Single Screw Pump-Extruder
                                 Flow Analysis in Single Screw Extruders
Flow Analysis, Single-Screw Extrusion
                                 Modeling
Fluted Mixer Geometry, Mixing, #d View of Fluted Mixing Elements
Foam Extrusion, Turbo-Screw Turbo-Screw, New design for Foam Extrusion
                                 Three-Dimensional Volume Method, CAE
Single-Screw, Numerical Simulation, 3D Flow, FiniteNumerical Analysis of the Single Screw
                                 Plasticating Extrusion Extrusion, PS
                                 The Effect of a Worn Process
Wear, Feed Casing, Flow Surging, Solids Conveying, Feed Casing on Plasticating Extrusion
                                 Simulation and Analyses of the Polymer-Pellet-Flow in the First
Polymer-pellet Flow, Solids Conveying
                                 Analysis of ratio, Screw
                                 Section of aFeed Characteristics on the Performance of Groove-Feed
Groove-feed, solids conveying, pellet aspect Singleregrind
                                 Extruders
                                 Barrier
Extruder, Grooved Barrel, Barrier ScrewScrews in Helically Grooved Barrels: Operating Characteristics
                                 and Conveying for Simulation Models
Solids Conveying, Grooved barrel, Implications Model for Determing the Throughput for Ultra-Short
                                 Solid
                                 Single Screw Extruders with Spiral-Groove Cylinders
                                 Scaleup of Melt Conveying Parameters in
Melt Conveying, Counter Rotating Non-intermeshing Twin-Screw Extruder Counter-Rotating Non-
                                 Intermeshing Twin Screw Stability
Compounding, In-line, Pressurization, efficiency, PressureExtruders Design on Control Pressure
                                 In-Line Compounding: Effect of Screw
Dispersive, Distributive, Mixing Stability and Distributive Mixing Characterization in Extrusion
                                 Dispersive
                                 Equipment
                                 An Adjustable Pressure Barrel for Counter-Rotating Non-Intermeshing
Melt Conveying, Counter Rotating Non-intermeshing Twin-Screw Extruder
                                 Impact Twin Screw of Nylon
Impact Modification, Preblended(CRNI) Modification Extruders6,6 - An Experimental Study
                                  vs. Downstream Mixing, Notched Izod, Interparticle Distance
Single-Screw Extrusion, Torque Dynamic Torque of a Single Screw Extruder
                                 Screw Cooling Affects in Single Screw Extruders
Screw Cooliung, Single-Screw Extrusion
                                 An Experimental Comparison of the Improved Mixing obtained from a
Single-Screw Extrusion, Barrier Screw, Mixing
                                 Mechanical Screw Design
Mesh Superposition Technique, New Barrier Mixing in PinPin Mixers, Experimental and Numerical
                                 Single-Screw Extrusion, Extruders: Numerical Simulation, Dispersive Mixing
Melting, Melt Index              Analysis
                                 Dependence of Melting Behavior on Melt Index
                                 Free Radical Grafting of Maleic Anhydride on Polypropylene in the
Reactive Extrusion, Grafting, Maleic Anhydride, Polypropylene, Supercritical CO2
                                 Presense of Supercritical Carbon Dioxide
                                 Chain Extension of PA- 6 and PA-6/66 Coplymer via Reactive
Chain Extension, Polyamide 6, Reactive Extrusion, Triscaprolactamyl Phosphite (TCP)
                                 Extrusion with Triscaprolactamyl Extruders
Extruder, Viscosity Regulation, Control Regulation for Polymer Phosphate (TCP)
                                 Viscosity
Reactive Twin-Screw Extrusion, The Influence of Screw Design on the Stability of a Reactive Twin-
                                  Foam Control
                                  Screw Extrusion Approach
Twin-Screw Extruder, Pressure Drag Flow BasedProcess to Determining Filled Volumes within a Co-
                                  A Physics
                                  rotating Twin-Screw Extruder
                                  A Physical-Mathematical Model Modeling, Process Behavior
Mixing Elements, Intermeshing Corotating Twin Screw Extruder, for the Description of the Process
Viscosity Ratio                   behavior of Mixing Elements
                                  Mixing behavior of a Model Miscible Binary Polymer System having
Gear Boxes                        Powerful Gearboxes for Ratio
                                  Extremely Low ViscosityPlastics Extrusion Especially in the US Market
Filtration, Porous Media          - A Market Study
                                  Non-Newtonian Flow and Debris Deposition in an Extrusion Filter
Compounding, Polymer Blends Medium Fingerprints for Compounding of Polymer Blends - An
                                  Process
Cable, Cooling                    Industrial Prospective
                                  Cooling of Coated Cable
                                  Microporous Polyolefin Film for Battery Separator
Lithium, Microporous, Film, Separator
                                  Statistical Process Control
Extrusion, Statistical Analysis, Process Variables, variation Applied to the Extrusion Process
                                  A Study Weight Distribution, of Polycarbonate in Solids Conveying
Polycarbonate, Processability, Molecularon the ProcessabilitySolids Conveying Zone
                                  Zone of Extrusion Screws
                                  Design
Extrusion, Screw Design, Optimization, Generic Algorithms using an Optimisation Approach
Visioplasticity, Modeling         Physical Modeling of Elastomer Extrusion using the Visioplasticity
                                  Method
Conical Extruder, Die Geometry Effect of Die Geometry on the Orientation of the Velocity Field during
                                Bi-Layer Extrusion with ofConical Extruder
                                An Experimental Study a the Flow of an Encapsulated Polymer Melt
Blown Film, Coextrusion, Encapsulation, Die Design
Extrusion                       through a of Polymer Melts under Intensive Shear-Thinning Inducing
                                Extrusion Unique Blown Film Die
                                Lower Pressure and Temperature Requirements
                                Rheology
Paste Extrusion, Polytetrafluoroethylene of Polytetrafluoroethylene as Related to Paste Extrusion
                                Polyethylene Die Deposit - Measurement, Formation Mechanism and
Die Deposit, Die Swell, Polyethylene, Shear-Induced Fractionation
Blown Film                      Routes to Reduction
                                Measurements of Microstructural Variation in Blown Films
TiO2, Pigment, Blown Film       The Effect of TiO2 Pigment Particle Size and Masterbatch Rheology
                                Mass Mass Transfer, Variable Diffusion and a within
                                on theTransfer between a Slender BubbleCoefficient the
Bubble Deformation, Extensional Flow, Dispersion Performance of TiO2 Pigment Variable Diffusion
Melting, Friction               Coefficient Liquid in an Extensional Flow Pellets caused by Friction
                                Modeling the Melting Process of Polymer
Extrusion, Color Change, PVC Study of Color Change Kinetics during RPVC Extrusion
                                Valve Screw Design - A New
Screw Design, Design Optimization, Shear Ring, Valve ScrewConcept on Screw Design
Devolitization                   Devolitization of Polymers in a Transparent Double-Screw Extruder
PLLA, Reactive Extrusion         Influence of the Reactive Extrusion Conditions on the Free Radical Indiced Carboxylation of Poly (L-Lactide)
                                 Deeper
Screw Design, Twin-Screw Extrusion Screw Flights Offer New Opportunities for Co-Rotating Twin Screw Extruders
                                 Pressurization and
Screw Design, Twin-Screw Extrusion, Strainer Disk Energy Characteristics of Strainer Disk Elements CFD Calculations and Experimental Results
Conductivity, Partial RTD        In-Line Measurement of Local Residence Time Distribution in a Twin Screw Extruder
Film Curl, Blown Film            Reducing Curl in Multilayer Blown Film – Part 1: Experimental Results, Model Development and Strategies
Blown Film, Barrier Film         Reducing Curl in Multilayer Blown Film – Part 2: Application of Predictive Modeling in a Barrier Cereal Liner Film
                                 Temperature Isolation
Blown Film, Temperature Isolation, PVdC Coextrusion in Blown Film Dies
Die Design, Modeling             3D FEM Simulation of Feed-Block Profiling for Flat Die Coextrusion
Processing Aids                  The Use of Polymer Processing Additives to Improve Melt Processing of m-LLDPE Extrusion
                                 Screws for Plastics Processing
Screws, Construction, Replacement, Economics
Barrier Screws, Screw Design Barrier Screws – Their History and Their Function
Barrier Screws, Screw Design Things Your Screw Designer Never Told You About Screws
                                 Barrier Screw, Direct Drive
Grooved Barrel, Smooth Barrel, Screw and Barrel Design for Grooved Feed VS. Smooth Bore Extruders
Mixing                           Mixing in Extrusion - Part One General Considerations
Modeling                         Application of a Single Screw Extruder Simulation Towards Design
                                 Troubleshooting Dehumidifying Dryers
Dryers, Dewpoint, Moisture, Desiccant
Pelletizing Dies, Instability    Melt Flow Instability Studies of Metallocene in Catalyzed LLDPE in Pelletizing Dies
LDPE, Die Lip Build-up           Die Lip Buildup in the Extrusion of Highly Filled Low Density Polyethylene
                                 Optimization of the Flow Distribution
Extrusion Die Design, Flow Balancing, Finite-Volume, Optimization in Profile Extrusion Dies
                                  Design, Rheological and Mechanical Design of
Stackable Dies, Rheological DieCoupled Die Deflection, Velocity Measurement Stackable Spiral Dies
                                 Numerical Simulations of Multilayer Coextrusion Processes
Numerical Simulation, Finite Element Method, Coextrusion
                                 Computer Aided Optimization of Extrusion Dies
Extrusion Die Automatic Optimization, Evolution Strategy, Simulation, Network Theory, FEA
                                 The Use of Die Design
Extrusion, Free Surface, Profile Dies, ProfileThree-Dimensional Computation Fluid Dynamics in the Design of Profile Dies
Automated, Sheet, Die, Design Automated Sheet Die Design
                                 Improved Screw Design for Maximum Conductive Melting
Solid Melt/Mix, Conductive Melting, ET
                                 Analysis Conveying, Analytical Model
Polymer-Pellet Flow, Hopper Flow, Solidsof the Polymer-Pellet-Flow into the First Section of a Single Screw
                                 Extruder Output - Pressure
Output, Pressure Gradient, Power Law Fluid, Leakage Flow Relationships for Power Law Fluids Including Leakage Flow
Mixing                           An Introduction to the Theory and Practice of a New Class of Insert Based Rotor Stator Extruder Mixers
                                 Pressure Distribution in Screw Extruders
Pressure Profile, Screw Extruder, Troubleshooting, Melting
Modeling                         Analysis of Flow in Single Screw Extruders
                                 An Experimental Investigation of Screw Configuration on Temperature Rise in Single Screw-Pump Extruders
Extrusion, Temperature Rise, Screw, Barrel
Mixing, Twin Screw Extrusion Parametric Study of Mixing Efficiency in a Kneading Block Section of a Twin Screw Extruder
                                 Description of Transport
Compounding, Transport Mechanisms, Process Model Mechanisms in Planetary Roller Extruders
                                 Numerical Simulation of Bulk Polymerization of (epsilon)-Caprolacton in Extrusion
Polymerization, Caprolactone, Simulation, Reactive Processing
Nanocomposite, Analytical        Cartography in Flatland: An Overview of Analytical Techniques for Characterizing Nanocomposite Morphology
Nanocomposite, PP                Nanocomposites: A Single Screw Mixing Study of Nanoclay-Filled Polypropylene
Nanocomposite, Compounding Twin Screw Extrusion Guidelines for Compounding Nanocomposites
                                 Twin Screw Extrusion
Nanocomposite, Polyurethane, Twin Screw Extrusion of Polyurethane Nanocomposites
Polyisobutylene, Stretch, Cling The Effect of Extrusion Processing Conditions and Polyisobutylene Concentration on the Properties of Polyethylene for Stretc
                                 Effect of High Density Polyethylene and Melt Temperature on Crystallization Dynamics During Film Blowing of Linear Low De
Structure Development, Film, SALS, Crystallization
                                  Simulation, Finite Element Blowing Process
Film Blowing Process, TransientTransient Simulation of FilmMethod, Two-Phase Model
LLDPE, Haze, LDPE                The Influence of Small Amounts of LDPE on the Morphology and Resulting Haze of LLDPE Films
                                 Rheological Properties and Their Influence Bingham Plastic
Wood-Polymer Composite, Rheological Properties, Single Screw Extrusion,on Extrusion Characteristics of HDPE-Wood Composite Resins
PVC-Wood                            Characterization of Apparent Viscosity with Respect to PVC-Wood Fiber Extrusion Process
                                    Structure Development in Fiber Extrusion of Isotactic Polypropylenes of Varying Tacticity
Isotactic Polypropylene, Fiber, Crystal Structure, Orientation
                                    Fiber Orientation
Conical Extruder, Coextrusion, Fiber Processing in Multilayer Tubes From a Conical Extruder
                                    Investigation of Extruder, Compounding, Distribution in Special Mixing elements for Co-Rotating Twin Screw Extruders
Residence Time Distribution (RTD), Twin Screwthe Local residence Time Mixing
Glass Fibers, Compounding           New Developments in Co-Rotating Twin-Screw Extrusion for Production of Long Glass Fiber Composites
                                    Thick Composite Extrusion Process
In-Line Compounding, Co-Extrusion, Profile Cooling, Thick Composite Extrusion
Twin Screw Extrusion                The Evolution of Direct Extrusion Using High Speed Twin Screw Extruders
                                    In-Line Compounding: Stability
Melt Pump, In-Line, Pressurization Efficiency, PressureCharacterization of melt pump Performance
                                    Fundamental Characterization of Polypropylene Extrusion
LLDPE, PP, Screw Design, Melting Flux, Solids Conveying, Plastication
                                     Design
ABS, Melting, Mixing, ET, ScrewAn Experimental Study of the Flows in an Energy Transfer Screw
Single Screw, Two-Stage, Stability  Stability of Two-Stage Single-Screw Extruders
                                     Profile, Barrier Screws, Simulation
Plasticating Extrusion, Pressure Experiments and Simulations with Barrier Screws
                                    Effect of Screw, Extrusion
Grooved Feed, Solids Conveying, Barrier Groove Feed Geometry on the Performance of Grooved Fed Extruders
                                    An Experimental
Extrusion, Solids, Convey, Temperature, Output Investigation of Solids Conveying - Flow Rate and Temperature Rise in Single Screw Extruders
                                    A Recycling, Screw Design for the Re-Processing of Multi-Layer or Multi-Material Plastic Formulations
Mixing, Plastication, Single Screw,Plasticating Blending, Mixed Plastic Recycling
Transient Model, Output FluctuationsTransient Behavior of Extruders: Input Disturbances
                                    Evaluation of Melting Performance of a Co-Rotating Twin Screw Extruder
Twin Screw Extrusion, Melting Process
                                    Melting
Twin Screw Extrusion, Melting Process Model for Co-Rotating Twin-Screw Extruders
                                     Polyester, Behavior Melt, Viscous Energy Dissipation
Melting Mechanism, AmorphousThe MeltingPreformedof Amorphous Polyester in a Co-Rotating Twin Screw Extruder
Extrusion, Melting, Visualization Experimental Study of LDPE Melting in a Twin Screw Extruder Using On-Line Visualization and Axial Pressure and Temperat
                                    Comparison of Polymer Blends
Melting Mechanism, Plastic Energy Dissipation,the Experimentally Observed TSE Melting Lengths with Those Predicted from Simple Plastic Energy Dissipat
Extrusion, Polyethylene, MeltingThe Melting Behavior of Polyethylenes Synthesized with Ziegler-Natta and Constrained Geometry Catalysts
                                    Dispersed Solids
Extrusion, Simulation, Dispersed Solids Melting Melting Model in Single Screw Extrusion
                                    The Melting Characteristics of Polycarbonate Resins
Polycarbonate, Screw Design, Melting, Extrusion
PVdF                                A Tubular Melt Extrusion of Poly(Vinylidene Fluoride): Structure/Process/Property Behavior as a Function of Molecular Weigh
                                    The Influence
Impact, Polyethylene, Blown Films, Orientationof Solid-State Morphology on the Impact Strength of Linear Low-Density Polyethylene Blown Films
Film, Aging                         Effect of Aging on Film Properties of Ethylene-Alpha Olefin Copolymers
                                    Measuring Dart Impact Strength of Polyethylene
LLDPE, Polyethylene, Dart Impact Strength, Toughness, ASTM D1709 Method AFilms
LLDPE, Blocking                     Blocking of LLDPE Films - Effect of Surface Morphology
Cast Film                           The Effect of Extrusion Processing Conditions on the Thermal and Mechanical Performance of Extrusion Cast Metallocene P
                                    Modeling
Film Coextrusion, Temperature Modeling of the Temperature Profile in Film Coextrusion
                                    In-Line Measurement of
In-Line Monitoring, Particles, Image Analysis, Extrusion Dispersed Phase Properties Using the Scanning Particle Monitor
                                    Wear
Ultrasound, Screw Wear, Barrel Application of Ultrasound in the Determination of Fundamental Extrusion Performance: Barrel and Screw Wear Measuremen
                                    Application of Ultrasound in the Determination of Fundamental Extrusion Performance: Residence Time Distribution Measure
Ultrasound, Residence Time Distribution
                                    In-Line Monitoring of
In-Line Monitoring, Additives, UV Spectra, Extrusion Polymer Additives During Extrusion Using a UV Spectrometer
On-Line Heat Transfer, Blown Film   Online Measurements and Heat Transfer Issues in Blown Film Extrusion
Wire Coating, modeling, Wall Stress Numerical Analysis of Wire Coating: Inereactions Between Material Rheology, Flow Domain, and Process Conditions
                                    Measurement of Interfacial Instabilities during Coextrusion of LDPEs in Flat Dies
Coextrusion, interfacial Instabilities, LDPE
Free Surface, Profile Dies          Compensating for Die Swell in the Design of Profile Dies
Boron Nitride, Surface Energy The Effect of Surface Energy of Boron Nitride on Polymer Processibity
Fluoropolymers, Processing Aids     Fundamentals of Melt Fracture Elimination using Fluoropolymer Process Aids
                                    A Survey
Dies, Coextrusion, Manifold, Feedblock of Manifold Designs for Flat Die Extrusion
Film Properties, Blown Film         Blown Film Characterization
Blown Film, Film Properties         Real-Time Estimation of Crystallization Half Time During Blown Film Extrusion and its Influence on Final Film Properties
Cast Film, Film Properties          The Effect of Orientation on the Mechanical Performance and Thermal Properties of Extrusion Cast Metallocene Polyethylen
Blown Film, Heat Transfer           An Investigation into the Cooling of Blown Film
                                    Stability
Draw Resonance, Film Casting, Process Stability Enhancement by Encapsulation Extrusion Method
Film Blowing, Draw Resonance Stability and Nonlinear Dynamics of Film Blowing
                                    Stagnating Flows at the Screw Tip During Extrusion
Screw Tip, Stagnating Flow, Screw Tip Design
Solids Conveying                    Single Screw Solids Conveying - Different Polymers and a General Purpose Screw
                                    Temperature Measurement
Temperature Measurement, Thermocouple Mesh, Melting in Single Screw Extrusion: Late Melting and Thermal Instabilities
                                    Effect of Extruder Screw Geometry on Melt Temperature Profile
Melt Temperature, Screw Geometry, Barrier Screw
                                    Air vs. Water Cooled Single Screw Extruders
Barrel Heater, Barrel Cooling, Air Cooled, Water Cooled, Heat Transfer
                                    Performance Analysis of a Variable Barrier Energy Transfer Screw
Screw Design, ET, Melting, Mixing, ABS
                                    Novel Barrel Heating with Natural Gas
Barrel Heating, Natural Gas, Energy Cost
                                    A Novel Method of Measuring Viscosity and Tracing the Morphology Evolution Using Single Screw Extruder: The Screw Rheo
Screw Rheometer, Viscosity, Morphology, Single-Screw Extruder
                                    On-Line
Melting, Polymer Blends, Visualization Visualization of PS/PP Melting Mechanisms in a Twin-Screw Extruder
Devolatilization                    Application of Large Volume Processors in Polymer Processing
Devolatilization                    Engineering Analysis of Devolatilization of Additives in Intermeshing Co-Rotating Twin Screw Extruders
                                    Predicting Plastic Energy Dissipation (PED) Using Phenomenological Constitutive Equations for Glassy and Semicrystalline P
Plastic Energy Dissipation, Constitutive Equation, Compression, Melting
                                     Screw Extruder, Newtonian Fluid
Drag Flow, Pressure Flow, Twin Flow Behavior of Kneading Blocks through Conveying Elements and Kneading Blocks
2D Composite Model, Hybrid FEM/FDM  2D Composite Models of Modular Intermeshing Co-Rotating Twin Screw Extruders
                                    Study on
Axial Circular Flow, Flow Field Simulation the Characteristic of Axial Circular Flow Field in Co-Rotating Intermeshing Twin-Screw Extursion
                                    3-D
Polymerization, Reactive Extrusion Modeling of Polymerization of e-Caprolactone in Twin-Screw Extruder: Reaction in Conveying Screw Element
PSE Element, Simulation             Investigation on Extrusion Property of PSE-Polygon Screw Element in Co-Rotating Twin Screw Extruder
Deformation and Breakup, Blends     Modeling of Polymer Drop Deformation and Breakup During Melting Under Shear Flow Using Volume-of-Fluid Method
                                    A
Grooved Barrel and Screw, FoamsNew Machine Conception for the Extrusion of Biodegradable Foams and the Influcence of Process Parameters on Product
                                    Improved
Kneader, Reciprocating Singl Screw, PVC Design and Performance Characteristics of the Kneader Reciprocating Single Screw Extruder
                                    Effect of the Slip Condition Along Roters on the Mixing Efficiency of Internal Mixers
Batch Mixer, Slip Condition, Mesh Superimposition
Clay, Nanocomposites                Polymer-Clay Nanocomposites: Tailoring Structures with Processing Conditions
                                    New Intermeshing Pin Mixer, Striation Thickness, Reorientation
Mixing, VIP Mixer, Twente Mixing Ring, Cavity TransferMixer for Extrusion
PTFE, Paste Preforming              Polytetrafluoroethylene (PTFE) Paste Preforming: The Effects of Viscosity and Surface Tension of Lubrication
Wood-polymer Composite              Extrusion Characteristics of HDPE-Wood Composites
                                    Temperature Gradients in the Channel of a Single-Screw Extruder
Temperature Measurement, Fluorescence, PC
                                    Design of a Soft Sensor for Polymer Extrusion
Sensor, Viscosity, in-line, Capillary
Melting, Single Screw               Some New Observations Regarding Melting in Sinlge Screw Extruders
                                     LDPE
Solids Conveying, Single-Screw,Kinematics of Solids Conveying
                                     Failure
Pipe, Polyethylene, Hydrostatic, The Influence of Morphology on the Failure of Polytethylene Pipes in Hysdrostatic Pressure Tests
                                    Troubleshooting Mixing Problems in Single-Screw Extruders
Mixing, Single-Screw, Screw Design, Melting
                                    Computer Aided Troubleshooting of Flow
Troubleshooting, Problem Solving, Computer Aided, Die Drool, Vent Extrusion Problems
Pelletization, Granulation          Troubleshooting Underwater Pelletization Processes
                                    Production
Twin-Screw, Kneader, Fillers, Bipolar Platesof Compounds with High Filler or Fiber Loading on Screw Kneaders
Troubleshooting                     Basic Extrusion Models as Diagnostic Tools in Extrusion Trouble Shooting
Oriented Polypropylene, PP          Effect of Xylene Solubles in Biaxially Oriented Polypropylene
Sponge Rubber, Cell Structure Matching of Vulcanization with Blowing Reaction in Sponge Rubber Compounds
                                    Simultaneous Characterization of Dispersive and Distributive Mixing in a Single Screw Extruder
Renyi Entropy, Dispersive Mixing, Distributive Mixing
TPU, BaSO4                          Extrusion of BaSO4 Filled Medical Grade Thermoplastic Polyurethane
                                    Study of
Pelletization, Micropellets, Polyethylene the Micropelletization Process
                                    Processing Nanocomosites on a Kneader Reciprocating Single Screw Compounding System
Nanocomposite, Kneader, Twin Screw, Compounding
Elongational Flow, Flat Dies        An Analysis of the Effect of Elongational Viscosity on the Flow in a Flat Die
                                    Wave Interfacial Instabilities at Coextrusion in Flat Dies: Simulation and Experimental Results
Coextrusion, interfacial Instabilities, LDPE, Flat Dies
                                    Experimental Observations and Analysis of LDPE Melt Flow in Coextrusion Geometries
Coextrusion, Instability, Birefringence, Velocity
                                    A Non-Isothermal 3D Fem Study
Spiral Die Mandrel, Temperature Distribution, Mass Distribution of Spiral Mandrel Dies with Non-Symetrical Input
                                    Sensitivity of
Die Design, Flow Balancing, Taguchi AnalysisFlow Distribution and Flow Patterns in Profile Extrusion Dies
Sheeting Dies, Optimization         An Optimization-Based Approach to Compute Sheeting Die Designs for Multiple Operating Conditions
Elongational Flow, Twin-Screw Simulation of Polymeric Flow in a Twin-Screw Extruder: An Analysis of Elongational Viscosity Effects
                                    Twin Screw Extruder and Continuous Mixer Rate Limitations
Twin-Screw, Continuous Mixer, Rate Limitations
                                    Plastic Energy Dissipation (PED) of Uncompatibilized and Compatibilized Polymer Blend Systems
Plastic Energy Dissipation, Polymer Blands, Compatibilization, Melting
                                    Simulation of
Co-rotating Twin-Screw, Deep Screw Flights the Fluid Flow of Deeper Screw Flights for Co-Rotating Twin Screw Extruders
                                    Deconvolution of Resisidence Time Distribution Signals to Individually Describe Zones for Better Modeling
Twin-Screw, Residence Time Distribution, Controls
                                    Development and Verification of a Method to Optimize Individual Screw Elements for Co-Rotating Twin Screw Extruders
Twin-Screw, Compounding, Optimization
Single-Screw, High-Speed            A New High Speed Extruder With Melt Separation
Bubble Instabilities, Blown Film Effects of Molecular Structure of Polyethylenes on their Bubble Instabilities in Film Blowing Extrusion
Flow Simulation, Cluster Computing  Cluster Computing in Numerical Simulation of Extrusion Flow
                                     Criteria
Bubble Instabilities, Blown Film, Dynamics of Criteria for Bubble Instabilities in a Single Layer Film Blowing Extrusion
Blow Film, Resin Selection          The Effect of Blown Film Processing on Conventional and Metallocene Catalysed Polyehtylenes
                                    Simulation
Flim Blowing, Flow-Induced Crystallization of Blown Film Process of Semi-Crystalline Polymers
Optical and Mechanical Properties   Effect of Polymer Processing Conditions on Shrinkability of LDPE and LLDPE Films, and on Optical Properties of LLDPE Film
                                    On the
Bubble Deformation, Extensional Flow Deformation of a Slender Bubble in a Carreau-Yasuda Liquid in an Extensional Flow
Data Acquisition                    Development of Monitoring Software for an Extrusion Process
Recycle, Twin-Screw            Non-Reactive Process for Recycling of Cellular Phones
                               Reactive
Recycle, Twin-Screw, Reactive Extrusion Process for Recycling of Cellular Phones
                               Structure, PBT/PE
Morphology Development, Fibril Morphology Development and Rheology of HDPE/PBT Blends
                               2D Composite Models of Modular Tangential Counter-Rotating Twin Screw Extruders
Counter-Rotating Twin Screw, Hybrid FEM/FDM
Coextrusion, Film              Simulation and Experimental Study of Two-Layer Film Coextrusion
Coextrusion, LDPE              The Effect of Different Batches of the Same Polymer on the Flow in Flat Coextrusion Dies
                               Extrusion Simulation and Experimental Validation to Optimize Precision Die Design
                               A Role of an Uneven Temperature Distribution at the Flat Die Inlet on the Die Performance
                               Effect of Elongational Viscosity on the Flow in a Spiral Die
                               Automatic Balancing of Profile Extrusion Dies: Experimental Assessment
                               Eliminating Surface Melt Fracture Using PPA: The Role Of PPA Domain Size
                               A Modeling of Viscoelastic Coextrusion Flows in Multi-Manifold Flat Dies
                               Heat Transfer Coefficients and Screw Temperature Profiles in Modular Twin Screw Extrusion Machines
                               Residence Time Distribution Comparison for Different Polyethylenes in a Co-Rotating Twin Screw Extruder
                               Melting Mechanisms for PS/PP Blends in a Co-Rotating Twin Screw Extruder
                               Investigation in Power Consumption of Twin Screw Extruders in Respect of Scale Up Theory
                               Elongational Flow in Multiple Screw Extruders
                               A Perturbation Method to Characterize Melting During the Extrusion of Polymers and Blends
                               Kinematics Model of Solids Conveying of LDPE
                               In-Line Measurement of the Polymer Melting Behavior in Single Screw Extruders
                               Solid Bed Melting in Single Screw Extruders- An Alternative First Order Mechanism
                               Entropic Mixing Characterization in a Single Screw Extruder
                               The Influence of Melt Rheology on the Specific Output Rate of Broad Molecular Weight Distribution Polyethylenes in Single S
                               Performance Characteristics of Elongational Mixing Screws
                               Melt Temperature Homogeneity in Single Screw Extrusion: Effect of Material Type and Screw Geometry
                               Design of a Self-Compensating Melt Flow Regulator for Plastics Extrusion
                               Melting of Polymer Blends in a Shear Field - Experimental Investigation
                               Real-Time Structural Measurements in a Three-Layer Blown Film
                               Experimental Observations of LDPE Melt Flow in Coextrusion Geometries
                               Experimental and Numerical Studies of Blown Film Cooling
                               Stability of the Nonisothermal Film Blowing Process
                               Effect of Crystallization Kinetics on the Morphology of Linear Low-Density Polyethylene Blown Films
                               Rheological Evaluation of the Processability of Polyethylenes for Extrusion Coating
                               The Effect of Extrusion Conditions and Material Properties on the Gas Permeation Properties of LDPE/LLDPE Silage Wrap F
                               A Modeling of the Film Blowing Process by Using Variational Principles
                               Influence of Processing Conditions on the Mechanical Properties of Nylon 12 and LDPE Tubing
                               Computational Design of U-Profile Die and Calibrator
                               A Study on the Thermal Performance of Calibrators
                               Performance of Boron Nitride and its Combinations as Processing Aid in the Extrusion of Ziegler-Natta Polyethylenes
                               Optimizing Purge Time at Product Change by Blow Film Extrusion by Selective Modification of Process Parameters
                               Lip Actuator Performance in Automatic Profile Control Systems for Flat Die Extrusion
                               Advances in Spiral Die Design
                               New Screw Design for Cooling Extruders
                               Gentle Compounding of Natural Fiber Filled Thermoplastic Composites
                               Factors Affecting the Performance of Carbon Black Master Batches in Wire and Cable Applications
                               Processing Polyethylene Terephthalate on a Single Screw Extruder Without Pre-Drying Using Hopper and Melt Degassing
                               Recycleability of Polymer-Clay Nanocomposites: Part 1 - The Influence of Multiple-Extrusions on Structure and Mechanical P
                               Recycleability of Polymer-Clay Nanocomposites: Part 2 - The Influence of Multiple-Extrusions on Thermal and Rheological P
                               Practical Approach to Screw Breakage and How to Avoid Failures
                               Effect of Screw Surface Properties on Extruder Performance
                               Representation of Polymer Melt Rheology Data
                               Die Lip Sensitivity in Cast Film Dies
                               Metering Channel Flows and Troubleshooting Single-Screw Extruders
                               Reactive Extrusion of Starch-Polyacrylamide Graft Copolymers
                               Scale-Up Consideration of Polymerization in Co-Rotating Twin-Screw Extruder Based on 3-D Numerical Simulation
Compatibilizing Of PET/PA Blends With a New Coupling Agent in a Twin Screw Extruder
Effect of Pre-Made Compatibilizer and Reactive Polymers on Polymer Drop Breakup
Chemical Coupling of Rubber Polymers With Modified PTFE Micro Powder During the Rubber Mixing Process
Eliminating Interfacial Instability in PE/Tie Interface Using a Multi-Layer Streamlined Coextrusion Die (SCD)
The Effect of Multilayer Rheology on Coextrusion Die Design
Coextrusion in Cast Film Process
Investigation of Interfacial Instabilities in Nanolayer Extrusion
The Effect of Slip Additives on Interfacial Instabilities in Coextrusion Flows: Theoretical and Experimental Investigation
Delamination and Adhesion of Co-Extruded Sheets
The Effect of Using Preheated Pellets in Co-Rotating Twin-Screw Extruders
Continuous Compounding of EPDM Roofing Formulations on Co-Rotating, Intermeshing Twin Screw Extruders
Real-Time Ultrasonic Monitoring of Barrel Wear, Screw Misalignment and Deflection
Development of a Stiff, Void Free, Low Density Plastic Wood Replacement
Realtime Process and Quality Control in Polymer Extrusion - Detection and Sizing of Particulate Inhomogeneities in Flowing
Effect of Process Variables on Residence Time Distribution Using In-Line Ultrasonic Device
Hydraulic Conveying of Plastic Pellets
PTFE Paste Extrusion: Effect of Physical Properties of Lubricants
Study of Processing Behavior of Extrudate PTFE Paste
The Determination Of ―Best‖ Viscosity Model for Shear Thinning Fluids from Capillary Rheology Experiments
Comparison of the Flow in Co-Rotating and Counter-Rotating Twin-Screw Extruders
Extrusion of HDPE -Wood Blends
Analyzing Air Gap Dynamics in Extrusion Coating by Means of Dimensional Analysis
Study of Nonlinear Dynamics and Stability of Isothermal Film Casting Using a Two-Dimensional Process Model
Experimental and Numerical Study of the Post-Extrusion Conditions in Ribbon Extrusion Process
Optimization of a Flat Die Geometry
Molecular Dynamics Simulation of Nano-Scale Polymeric Rheological Properties and Extrusion Flows
On the Breakup of a Non-Newtonian Drop in an Extensional Flow
Continuous Extrusion of Proteinaceous Polymers
3-D Flow Field Simulation of Unusual Screw Element with Wedge-Shaped Leading Flight Flanks in Intermeshing Counter-Ro
The Effect of Stabiliser Type and TiO2 Concentration on the Rheology of uPVC Profile Formulations
Authors                                     Volume    Year   Page                      Company affiliation
W.H. Norton                                    2      1956    168   Thermel, Inc.
Richard K. West                                2      1956    176   West Instrument Corporation
E. Gaspar Bernhardt                            2      1956    247   Projectile & Engineering Company, Ltd
Robert D. Sackett                              2      1956    265   Monsanto Chemical Company
Ernest C. Bernhardt                            2      1956    279   E.I. duPont deNemours & Company
J.P. Tordella                                  2      1956    285   E.I. duPont deNemours & Company
G.I. Doering                                   4      1958    133   Industrial Nucleonics Corporation
Dr. P.H. Squires                               4      1958    142   E.I. du Pont de Nemours & Company
B.H. Maddock                                   4      1958    157   Bakelite Company
                                               4
L.F. Street and Dr. Hugh M. Hulburt, Dr. Stanley Katz 1958    177   Welding Engineers, American Cyanamid Company
J.F. Morris                                    4      1958    507   Spencer Chemical Company
L.B. Croley, Robert Doyle                      4      1958    512   Phillips Chemical Company
J.F. Groel, J.H. Versteeg                      4      1958    523   Bakelite Company
J.G. Farrow                                    4      1958    533   Koppers Company, Inc.
W.A. Haine, H.B. Robinson, Jr.                 4      1958    738   Bakelite Company
E.H. Hankey, R.D. Sackett                      4      1958    753   Monsanto Chemical Company
Robert L. Hughes, Dannon G. Simpson            5      1959          Spencer Chemical Co.
B.H. Maddock                                   5      1959          Union Carbide Plastics Co.
G.A. Pettit                                    5      1959          Barber-Colman co., Wheelco Instruments Div.
Philip H. Rhodes and H.C. Black                5      1959          Philip H. Rhodes & Associates, Swift & Co.
Leonard B. Ryder                               5      1959          Celanese Corporation of America
A.L. Griff                                     5      1959          Union Carbide Plastics Co.
W.A. Kelley, W.E. Welch                        5      1959          Monsanto Chemical Co.
H.J. Donald, J.K. Rieke, E.S. Humes            6      1960          Dow Chemical Co.
G.C. Calderwood                                6      1960          Spencer Chemical Company
B.H. Maddock                                   6      1960          Union Carbide Plastics Co.
W.D. Mohr, P.H. Squires, F.C. Starr            6      1960          E.I. duPont deNemours & Co.
E.W. Wilson, Wm.M. Gearhart                    6      1960          Eastman Chemical Products, Inc.
                                               6
H.B. Kessler, R.N. bonner, C.F.W. Wolf, P.H. Squires 1960           E.I. duPont de Nemours & Co.
D.J. Schmidt                                   6      1960          W.R. Grace & Co.
J.P. Fogerty, J.J. Whidden                     6      1960          W.R. Grace & Company
W.D. Mohr, J.B. Clapp, F.C. Starr              7      1961          E.I. du Pont de Nemours & Company, Inc., Wilmington, Delaware
B.H. Maddock                                   7      1961          Union Carbide Plastics Company, Bound Brook, N.J.
L.F. Street                                    7      1961          Welding Engineers, Inc., Norristown, Pa.
R.L. Eckman, G.A. Pettit                       7      1961          Barber-Colman Company, Rockford, Illinois
R. Kirby                                       8      1962          Minnesota Mining and Manufacturing Company
B.H. Maddock, P.P. Matzuk                      8      1962          Union Carbide Plastics Company
H.E. Sponaugle                                 8      1962          Black-Clawson Company
R.T. Cassidy, J.F. Garber                      8      1962          Rohm and Haas Company
W. Krueger                                     8      1962          Minnesota Mining and Manufacturing Company
N. Wheeler and P. Moroz and E. Heston and P.8 Squires 1962          Davis-Standard Company, E.I. duPont Company, National Rubber Machin
F.J. Pokigo, M.J. Roman                        8      1962          Monsanto Chemical Company
R.D. Carhart, D.A. Davis, R. Giuffria          8      1962          General Electric Company
D.C. Deeds                                     9      1963          Marbon Chemical Company
D.L. Peters, T.E. Branscum, B.T. Morgan        9      1963          Phillips Chemical Company
R.L. Tusch                                     9      1963          Esso research & Engineering Company
                                               9      1963
Albert O. Bedard and Casper S. Gilbert and Frank R. Nissel          Al-Be Industries, Inc., Modern Plastics Machinery Corp., Prodex Corporatio
L.E. Dowd                                      9      1963          U.S. Industrial Chemical Company
R.B. Gregory, E.E. Heston                      10     1964          National Rubber Machinery Co.
C.P. MacDermott                                10     1964          E.I. duPont deNemours & Co., Inc., Plastics Dept.
L. Mattek                                      10     1964          Industrial Research Laboratories
D. Poller, O.L. Reedy                          10     1964          Enjay Laboratories
C.E. Plymale, J.E. Henry                       10     1964          Owens-Illinois Glass Company
                                               10
J.E. Fogg, R.b. Edwards, R.R. Kraybill*, J.T. Regan   1964          Eastman Kodak Company, *University of Rochester
H. Domininghaus                               10   1964          Farbwerke-Hoechst AG
Endre S. Maroti                               11   1965          Tracerlab
D.I. Marshall, I. Klein                       11   1965          Western Electric Co., Inc.
N.C. Wyeth                                    11   1965          E.I. duPont deNemours & Co.
A. Bergonzoni, A.J. Dicresce                  11   1965          Enjay Laboratories
D.I. Marshall, I. Klein, R.H. Uhl             11   1965          Western Electric Co., Inc.
D.I. Marshall, I. Klein, R.H. Uhl             11   1965          Western Electric Co., Inc.
J.C. Werner, G.D. Murphy                      11   1965          Spencer Chemical Co.
A. Bergonzoni, A.J. DiCresce                  11   1965          Enjay Laboratories
E. Paul Weaver                                11   1965          U.S. Rubber Co.
T.W. Huseby, H.E. Bair                        12   1966          Bell Telephone Laboratories
Zehev Tadmor                                  12   1966          Western Electric Co.
D.I. Marshall, Imrich Klein                   12   1966          Western Electric Co.
Naotaro Okazaki                               12   1966          Consulting Engineer
S.M. McDougle                                 12   1966          Borg-Warner Corp.
W.C. Hays, G.R. Gerhard, R.E. McCall          12   1966          Industrial Nucleonics Corp.
R.P. Becker                                   12   1966          Diamond Alkali Co.
C.I. Chung, R.A. Barr                         12   1966          Waldron-Hartig Div.
R.A. Barr, C.I. Chung                         12   1966          Midland-Ross Corp.
Imrich Klein, D.I. Marshall                   12   1966          Western Electric Co.
A.M. Fazzari, B.H. Maddock, R.B. Staub        12   1966          Union Carbide Corp.
W.M. Gallahue                                 12   1966          Mount Hope Machinery Co.
Ronald C. Kowalski                            13   1967   809    Esso Research & Engineering Co.
Zehev Tadmor, Ilan J. Duvdevani, Imrich Klein 13   1967   813    Western Electric Co.
B.H. Maddock                                  13   1967   835    Union Carbide Corp.
Richard M. Griffith                           13   1967   843    American Cyanamid Co.
Edward Heyman                                 13   1967   848    E.I. duPont deNemours & Co.
H.A. Ellott, Louis F. Erb                     13   1967   857    Hercules, Inc.
Victor A. Matonis                             14   1968   316    Monsanto Co.
W.J. Schrenk, T. Alfrey, Jr.                  14   1968   322    Dow Chemical Co.
T. Alfrey, Jr., E.F. Gurnee, W.J. Schrenk     14   1968   330    Dow Chemical Co.
Michael A. Rodgers, Preston J. Heinle         14   1968   337    Motorola Inc.
William G. Frizelle, Donald C. Paulson        14   1968   340    General Motors Institute
David H. Harry                                14   1968   349    General Motors Institute
R.F. Craig, E.N. Barnes, J.L. Rakes           14   1968   661    Phillips Petroleum Co.
Dr. A. Buckley, H.A. Long                     14   1968   664    Imperial Chemical Industries Ltd.
Glenn A. Pettit and P.E. Ahlers               14   1968   670    Barber-Colman Co., Johnson Manufacturing Co.
George P. Kovach                              14   1968   676    Koro Corporation
John W. LaBelle                               14   1968   679    Foster Grant Co.
Earl W. Veazey                                14   1968   N.A.   Dow Chemical Co.
James N. Wells                                15   1969   110    Armstrong Cork Company
Robert B. Gregory                             15   1969   114    Frank W. Egan & Company
R.L. Boles and D.C. Bogue                     15   1969   119    E.I. duPont deNemours & Co., Inc., University of Tennessee
H.L. Davis, D.C. Bogue                        15   1969   123    University of Tennessee
                                              15
Gene A. Bialas, Jerry W. Crowder, James L. White   1969   126    University of Tennessee
Arthur F. Korney, Jr.                         15   1969   132    B.F. Goodrich Chemical Company
Shigezo Murakami, Kanji Otani                 15   1969   136    Sumitomo Electric Industries, Ltd.
Chan I. Chung                                 16   1970   373    Esso Res. & Eng. Co.
B.H. Maddock                                  16   1970   374    Union Carbide Corp.
D.I. Marshall                                 16   1970   375    Western Electric Co.
Robert B. Gregory                             16   1970   376    Egan Machinery Co.
Frank E. Simo                                 16   1970   477    Eaton Yale & Towne Inc.
John L. Witt                                  16   1970   484    Alma Plastics Co.
James A. Hetzer                               16   1970   492    Indus. Nucleonics Corp.
H.T. Kim, J.P. Darby                          16   1970   537    B.F. Goodrich Chemical Co.
James F. Carley                             16       1970          544        University of Colorado
Paul H. Squires, Carl F.W. Wolf             16       1970          552        E.I. duPont deNemours & Co., Inc.
Bryce Maxwell                               16       1970          558        Princeton University
R.C. Donovan                                16       1970          561        Western Electric Co.
Gerald Bareich                              16       1970          569        Imperial Oil Ltd.
Z. Tadmor, I. Klein and E. Broyer           17       1971          136        Scientific Process & Research, Inc., Israel Institute of Technology
Z. Tadmor, I. Klein and L. Katsir           17       1971          141        Scientific Process & Research, Inc., Israel Institute of Technology
Imrich Klein, Zehev Tadmor                  17       1971          148        Scientific Process & Research, Inc.
Peter Fischer, Herbert K. Rahlfs            17       1971          197        Reifenhauser KG
Richard J. Farrell                          17       1971          202        Sprout, Waldron & Co., Inc.
Jean-paul Rousselet                         17       1971          206        Pechiney-Saint-Gobain
Brian T. Procter                            17       1971          211        Power-Gas Corp.
Jerry J. Pollack                            17       1971          267        Reliance Electric Co.
L.E. Dowd                                   17       1971          274        Chemplex Co.
Wolfgang A. Mack                            17       1971          278        Werner & Pfleiderer
M.D. Stansfield                             17       1971          282        Sterling Extruder Corp.
R.C. Neuman                                 17       1971          316        B.F. Goodrich Chemical Co.
Pravin L. Shah                              17       1971          321        Reynolds Metals Co.
Robert P. Socha                             17       1971          326        Goodyear Tire & Rubber Co.
S. Everett Perlberg, Rex C. Seanor          17       1971          329        United Engineering & Foundry Co.
Fred Kish                                   17       1971          530        Celanese Plastics Co.
Bryce Maxwell                               17       1971          537        Princeton University
                                            17       1971          A.         Lowell Technological Institute
Rudolph D. Deanin, Raymond E. Bedard, Vittorino G. Dossi, Stephen 541 Oroth and Frank J. Borzenski, Frank C. Jaarsma
                                             Ballenger, J. Nelson Dalton, aJorge M. Rodriguez and Domenico Acierno
James L. White, Donald C. Bogue, Timothy F. 17       1971          545        University of Tennessee, University of Naples
C.D. Han, R.R. Lamonte                      17       1971          548        Polytechnic Institute of Brooklyn
Georg Menges, Manfred Meissner              17       1971         N.A.        Institut fur Kunststoffverarbeitung
Peter Klenk                                 17       1971         N.A.        Kunststoffwerk Ber. Anger GmbH & Co.
M.L. Heckaman                               18       1972          512        Uniroyal, Inc.
Imrich Klein                                18       1972          516        Scientific Process & Research, Inc.
Louis F. Street                             18       1972          520        Welding Engineers
Rober L. Miller                             18       1972          525        NRM Corp.
R.J. Malinowski                             18       1972          702        Uniroyal, Inc.
Theodore B. Carvalho                        18       1972          708        Chas. T. Main, Inc.
G. Menges, W.O. Predohl                     18       1972          717        Institut fur Kunststoffverarbeitung
Leonard J. Meyer                            18       1972          722        Cosden Oil & Chemical Co.
George A. Kruder                            18       1972          726        Koehring Co.
G. Menges, U. Kosel, R. Hegele, W. Elbe     18       1972          784        Institut fur Kunststoffverarbeitung
G. Menges, V. Giegerich                     18       1972          793        Institut fur Kunststoffverarbeitung
Don H. White and Nick R. Schott             18       1972          797        University of Arizona, Lowell Technological Institute
George A. Kruder, Joon T. Kim               18       1972          802        Koehring Co.
Chan I. Chung and R.J. Nichols, G.A. Kruder 19       1973          115        Rensselaer Polytechnic Institute, Koehring Co.
Z. Tadmor, S.D. Lipshitz, R. Lavie          19       1973          122        Technion-Israel Institute of Technology
Aharon Kaplan, Zehev Todmor                 19       1973          129        Technion-Israel Institute of Technology
George A. Kruder, Russell J. Nichols        19       1973          137        Koehring Company
Zehev Tadmor, Imrich Klein                  19       1973          145        Scientific Process & Research, Inc.
Don Biklen                                  19       1973          254        Beringer Company, Inc.
S.J. Chen                                   19       1973          258        Kenics Corporation
Dieter Gras                                 19       1973          263        Werner & Pfleiderer Corp.
Walter J. Schrenk                           19       1973          269        The Dow Chemical Co.
Dr. Wolfgang A. Mack and Walter Neubert     19       1973          321        Werner & Pfleiderer Corp., Bielomatic Luze Co.
Mark Labovitz, Robert A. Paradis            19       1973          327        Diamond Shamrock Chem. Co.
Ronald P. Titlebaum                         19       1973          332        USM Corporation
Shannon Madison, Don Knoop                  19       1973          336        Whirlpool Corporation
Bryce Maxwell                               19       1973          342        Princeton University
Kenneth Bowman                              19       1973          379        U.S. Dept. of Labor
J. Michael Collister                            19     1973   381   Crane Plastics Manufacturing Co.
J.Paul Dyer                                     19     1973   384   Chas. T. Main, Inc.
Robert P. Webber                                19     1973   388   E.I. du Pont de Nemours & Co., Inc.
Nick R. Shcott and Govind Bommi*                19     1973   572   Lowell Technological Institute, *Nylon Product Corp.
David B. Todd, James W. Hunt                    19     1973   577   Baker Perkins Inc.
                                                G.     1973
L.B. Keller, E. Orlowski and E.J. Morrisey, and 19 Holderby   583   Hughes Aircraft Co., United States Air Force Materials Laboratory, United S
R. Farber, J.M. Dealy                           19     1973   589   McGill University
S.J. Chen, and W.E. Segl                        20     1974   126   Kenics Corp., Exxon Chemical Company
N.R. Schott, J.N. Berg, R.H. Flynn              20     1974   133   Lowell Technological Institute
W.R. Moulton                                    20     1974   137   Bolton-Emerson, Inc.
D.d. Zimmerman                                  20     1974   139   Celanese Corp.
P.W. Springer, R.S. Brodkey, R.E. Lynn          20     1974   143   Ohio State University
T.p. Bragg and M.D. Held                        20     1974   147   Diamond Shamrock Corp., United Sierra Div., Cyprus Mines Corp.
J.M. Losson                                     20     1974   231   Solvay & Cie
I. Klein                                        20     1974   237   Scientific Process & Research, Inc.
J.D. Miller, D.H. White                         20     1974   243   University of Arizona
B.H. Maddock                                    20     1974   247   Union Carbide Corp.
R.R. Kraybill                                   20     1974   331   Eastman Kodak Co.
H. Chang, R.A. Daane                            20     1974   335   Beloit Corporation
C. Gutfinger, E. Broyer, Z. Tadmor              20     1974   339   Technion-Israel Institute of Technology
J.R. Sims                                       20     1974   344   Packaging Industries, Inc.
G. Menges, W. Hoffmanns                         20     1974   348   Institut fur Kunststoffverarbeitung
H.H. Winter                                     20     1974   349   University of Wisconsin
H.M. Kennard                                    20     1974    37   Fluid Dynamics, Div. of Brunswick Crop.
                                                20
R.H. Reinhard, A.R. Crixell, C.L. Loney, P.W. Tidwell 1974     40   Monsanto Polymers & Petrochemicals Co.
N.R. Schott and L. Lak and G. Smoluk            20     1974    43   Lowell Technological Institute, Crelin Plastics Div., Albany International, Br
R.J. Nichols, G.A. Kruder                       20     1974   462   HPM Div., Koehring Co.
N.J. Brozenick and G. Kruder                    20     1974   466   Borg-Warner Chemicals, HPM Div., Koehring Co.
R.L. Adams                                      20     1974   469   Werner & Pfleiderer Corp.
G.J. Kucinkas, Sr.                              20     1974    47   LFE Corporation
D.B. Todd                                       20     1974   472   Baker Perkins Inc.
E. Doring, G. Menges                            20     1974   476   institut fur Kunststoffverarbeitung
E. Veazy                                        20     1974   480   Dow Chemical Co.
F. Martelli                                     20     1974   483   Gerd Lester Corp.
C.I. Chung and D.T. Lohkamp                     21     1975   363   Rensselaer Polytechnic Institute, Exxon Chemical Co.
A.Thakrar, A.C. Hettinger                       21     1975   366   AMP Inc.
G.J. Kucinkas, Sr.                              21     1975   370   LFE Corporation
G. Menges, H. Hensel                            21     1975   373   Institut fur Kunststoffverarbeitung
M.H. Tusim, C.I. Chung                          21     1975   418   Rensselaer Polytechnic Institute
G.A. Kruder                                     21     1975   423   HPM Div., Koehring Co.
G.A. Kruder, R.J. Nichols, R.E. Ridenour        21     1975   429   HPM Div., Koehring Co.
J.J. Duska, J. Gasior, A.W. Pomper              21     1975   434   Hartig Machinery Div., Midland-Ross Corp
D. Wolf, D.H. White                             21     1975   439   University of Arizona
J.R. Johnson                                    21     1975   502   Uniroyal Inc.
D.A. D'Amato                                    21     1975   506   Farrel Co. Div., USM Corporation
W.B. Campbell                                   21     1975   510   Fellows Corporation
A.M. Dickerson and C. Rhein                     21     1975   513   Plaskolite Inc., Sakas, Inc.
J.F. Carley, W.C. Smith                         21     1975   594   University of Colorado
J.T. Marcus                                     21     1975   599   Fluid Dynamics, Div. of Brunswick Corp.
R.P. Barthelemy                                 21     1975   601   Beringer Company, Inc.
R.B. Gregory                                    21     1975   604   GK Systems, Inc.
W. Michaeli, G. Menges                          22     1976   186   Institut fur Kunststoffverarbeitung
P.d. Frayer                                     22     1976   189   University of S. Mississippi
D.H. Avery                                      22     1976   191   Armorflight Group, Southeast BiMetallics
D.A. Pieszak, K.B. Connole                      22     1976   193   Western Electric Co., Inc.
D. Anders                                       22    1976   350   Transmares Corp.
D.B. Todd, D.K. Baumann                         22    1976   354   Baker Perkins Inc.
C.Y. Cheng                                      22    1976   358   Sterling Extruder Corp.
R.J. Nichols, G.A. Kruder, R.E. Ridenour        22    1976   361   HPM Div. Koehring Co.
J.T. Lindt                                      22    1976   429   Shell (Holland)
J.J. Duska, J. Gasior                           22    1976   432   Midland-Ross Corp.
H.T. Kim                                        22    1976   439   B.F. Goodrich Chemical Co.
I. Klein                                        22    1976   444   Scientific Process & Research
G.A. Kruder, R.J. Nichols, R.E. Ridenour        22    1976   450   HPM Div. - Koehring Co.
C.D. Han, R. Shetty                             22    1976   539   Polytechnic Institute of New York
C.D. Han, R. Shetty                             22    1976   544   Polytechnic Institute of New York
A.M. Litman, N.R. Schott, S.W. Tozlowski        22    1976   549   U.S. Army Materials and Mechanics Research Center
R.D. Higdon                                     22    1976   552   Industrial Nucleonics Corp.
H.E. Harris                                     23    1977   423   Harrel, Inc.
J. Worthberg, G. menges                         23    1977   426   institut fur Kunststoffverarbeitung
C.L. Woodworth                                  23    1977   430   Monsanto Co.
J. Wortberg, P.B. Junk, G. Menges               23    1977   434   Institut fur Kunststoffverarbeitung
E.E. Agur, J. Vlachopoulos                      23    1977   438   McMaster University
D. Rao, C.D. Han                                23    1977   441   Polytechnic Institute of New York
C.D. Han, D. Rao                                23    1977   443   Polytechnic Institute of New York
                                                23
W.J. Schrenk, T. Alfrey, Jr., N.L. Bradley, H. Mack   1977   448   Dow Chemical Co.
Z. Bakerdjian                                   23    1977   452   Union Carbide Canada Ltd.
S.D. Wood                                       23    1977   455   Allied Chemical Corp.
M. Hess, K. Eise                                23    1977   460   Werner & Pfleiderer, Stuttgart, West Germany; Waldwick, NJ
F. Fischer                                      23    1977   464   Reifenhauser KG, Maschinenfabrik
B.A. Politzer, D.G. DeVivo                      23    1977   469   Measurex Corp.
G.A. kruder, R.E. Ridenour                      23    1977   473   HPM Corp.
C.Y. Cheng                                      23    1977   477   Sterling Extruder Corp.
H. Herrmann, U. Burkhardt, S. Jakopin           23    1977   481   Werner & Pfleiderer
E.M. Mount, III, C.I. Chung                     23    1977   488   Rensselaer Polytechnic Institute
C.I. Chung                                      23    1977   491   Rensselaer Polytechnic Institute
R. Kushida, C. Daksia                           24    1978   438   Jet Propulsion Laboratory
G.E. Johnson, M.A. Townsend                     24    1978   441   Vanderbilt University
D.H. Avery, D. Csongor                          24    1978   446   Armorflite Group
R.A. Lai-Fook and R.A. Worth                    24    1978   450   University of the West Indies, UMIST, Manchester, England
J.F. Carley and T. Endo and W.B. Krantz         24    1978   453   Lawrence Livermore Laboratory, Toray Industires, Inc., University of Colora
H.H. Winter                                     24    1978   462   Institut fur Kunststofftechnologie
E. Uhland                                       24    1978   466   Institut fur Kunststofftechnologie
S. Takiura, T. Nagasawa, Y. Shimomura           24    1978   471   Ube Industries Ltd.
C.Y. Cheng                                      24    1978   476   Sterling Extruder Corporation
G.A. Campbell                                   24    1978   479   Buss-Condex, Inc.
I. Patterson, T. DeKerf                         24    1978   483   Ecole Polytechnique
L. Erwin                                        24    1978   488   University of Wisconsin-Madison
R.T. Fenner, A.P.D. Cox, D.P. Isherwood         24    1978   494   Imperial College of Science and Technology
S. Jakopin, H. Herman                           24    1978   498   Werner & Pfleiderer Corporation
J.M. McKelvey                                   24    1978   507   Washington University
B. Franzkoch, G. Menges                         24    1978   512   Institut fur Kunststoffverarbeitung
R. Kushida                                      24    1978   516   Jet Propulsion Laboratory
I. Klein, R. Klein                              24    1978   519   Scientific Process & Research, Inc.
D.W. Riley, I. Klein                            24    1978   525   Scientific Process & Research, Inc.
G. Mennig                                       24    1978   529   Deutsches Kunststoff-Institut
D.H. White and D. Wolf                          24    1978   532   University of Arizona, Ben Gurion University of the Negev
N.R. Schott, D.V. Saleh                         24    1978   536   University of Lowell
B. Maxwell, M. Nguyen                           24    1978   540   Princeton University
R.F. Bayless                                    24    1978   544   Egan Machinery Company
J.D. Cist, J.G. Smith                       24      1978   548   E.I. du Pont de Nemours & Co., Inc.
D. Fingerle                                 24      1978   551   Institut fur Kunststofftechnologie
G. Menges, G. Wiegand                       24      1978   557   Institut fur Kunststoffverarbeitung
A.A. Frederickson, Jr.                      24      1978   561   Measurex Corporation
N.E. Rudd                                   24      1978   565   LFE Corporation
D.C. Huang and J.L. White                   25      1979   126   Chemplex Company, University of Tennessee
R.J. Brown, H.T. Kim, J.W. Summers          25      1979   130   BFGoodrich Chemical Division
R.M. Griffith, J.T. Tsai                    25      1979   135   The General Tire & Rubber Co.
W. Michaeli, G. Menges                      25      1979   141   Institut fur Kunststoffverarbeitung
C.D. Han and H.B. Chin                      25      1979   146   Polytechnic Institute of New York, Allied Chemical Corporation
D.W. Riley, I. Klein                        25      1979   153   Scientific Process & Research, Inc.
C.Y. Cheng and C.G. Gogos                   25      1979   156   Sterling Extruder Corp., Stevens Institute of Technology
E. Grunschlob                               25      1979   160   Institut fur Kunststofftechnologie
W.I. Patterson, P. Branchi, J. Paris        25      1979   166   Ecole Polytechnique
H.H. Winter                                 25      1979   170   Institut fur Kunststofftechnologie
                                            25
E.M. Mount III and J.G. Watson and C.I. Chung       1979   176   ICI Americas Inc., University of Miami, Rensselaer Polytechnic Institute
H. Werner, K. Eise                          25      1979   181   Werner & Pfleiderer, Stuttgart, West Germany; Waldwick, NJ
G.A. Kruder, R.E. Ridenour                  25      1979   188   HPM Corporation
Z. Tadmor, P. Hold, L. Valsamis             25      1979   193   Farrel Machinery Group, USM Corporation
P. Hold, Z. Tadmor, L. Valsamis             25      1979   205   Farrel Machinery Group, USM Corporation
H.R. Scharer, P. Hold                       25      1979   212   Farrel Company
S. Dormeier                                 25      1979   216   Gesamthochschule (Universitat) Paderborn
D.B. Todd                                   25      1979   220   Baker Perkins Inc.
G.M. Gale                                   25      1979   223   RAPRA
S.C. Malguarnera                            25      1979   231   Texas A&M University
I. Klein                                    25      1979   238   Scientific Process & Research, Inc.
K.Y. Ng, L. Erwin                           25      1979   241   University of Wisconsin-Madison
D. Wolf and D.H. White                      25      1979   245   Ben Gurion University of the Negev, University of Arizona
W.L. Sadier                                 25      1979   710   Schmutz Manufacturing Company
A. Ganapathy, R.W. Roberts, P.I. Chang      25      1979   712   The University of Akron
A.M. Birks, L.E. Dowd                       25      1979   714   Chemplex Company
J.E. Ericson                                25      1979   718   Packaging Films Division-E.I. Du Pont de Nemours & Co., Inc.
H.f. Baier and F. Jacobi                    25      1979   720   Reifenhauser U.S. Sales Corp., Brueckner Maschinenbau
C.B. Jones                                  25      1979   724   Pillar Corporation
J.F. Carley and P.T. Kitze                  25      1979   728   Lawrence Livermore Laboratory, University of Colorado
J.A. Biesenberger, P. Mehta                 26      1980    30   Farrel Co.
E. Uhland, M. Dienst                        26      1980    36   Berstorff Corp.
I. Sirovic and N. Cvjeticanin and I. Catic  26      1980    41   INA-Organic Chemical Ind., Rade Koncar, University of Zagreb
J. Lutterbeck, G. Menges, H. Potente        26      1980    44   Institut fur Kunstsoffverarbeitung
                                            26
E. Bergweiter, G. Menges, A. Dierkes, W. Micheali   1980    50   Institut fur Kunstsoffverarbeitung
D.H. White and D. Wolf                      26      1980    53   University of Arizona, Ben Gurion University of the Negev
C.Y. Cheng                                  26      1980    57   Sterling Extruder Corp.
G.A. Kruder, R.E. Nunn                      26      1980    62   HPM Corp.
G.M. Gale, M.T. Penny                       26      1980    69   Rubber and Plastics Research Assoc.
E. Haberstroh, G. Menges                    26      1980    72   Institut fur Kunststoffverarbeitung
W. Rahim                                    26      1980    77   Crompton & Knowles Corp., Davis-Standard Div.
J.C. Golba, Jr.                             26      1980    83   General Electric Co.
C.L. Tucker III                             26      1980    88   University of Illinois at Urbana-Champaign
R.R. Kraybill                               26      1980    92   Eastman Kodak Co., Manufacturing Technology Div.
U. Masberg, G. Menges                       26      1980    96   Institut fur Kunststoffverarbeitung
F. Ramm, G. Menges                          26      1980   100   Institut fur Kunststoffverarbeitung
H.J. Yoo, C.D. Han                          26      1980   103   Polytechnic Institute of New York
C.D. Denson, B.K. Hwang, Jr.                26      1980   107   University of Delaware
C.J. Rauwendaal                             26      1980   110   Raychem Corp.
L.S. Perrone                                26      1980   668   Dionex Corp.
L.A. Rosenthal                                   26     1980   671    Union Carbide Corp.
P.E. Jacobs                                      26     1980   675    U.S.I Chemicals Co.
Z. Bakerdjian, M.Y. Ilahie                       26     1980   678    Union Carbide Canada Ltd.
N.A. Peppas, G.S. Sekhon                         26     1980   681    Purdue University
J.M. Torregrosa, J. Druz and A. Weill            27     1981   604    Ecole D'Application Des Hauts Polymeres, Centre National D'Etudes des T
J.d. Muzzy, R.S. Roberts, A.R. Enuga, T. Mitchell27     1981   610    Georgia Institute of Technology
H. Herrmann, K. Eise                             27     1981   614    Werner & Pfleiderer Corporation
C.J. Rauwendaal                                  27     1981   618    Raychem Corporation
H. Werner, J. Curry                              27     1981   623    Werner & Pfleiderer Corporation
D. Anders, W. Muller                             27     1981   627    Berstorff GmbH
J. Lutterbeck, H. Potente, G. Menges             27     1981   632    Institut fur Kunststoffverarbeitung
D.W. Gailus, L. Erwin                            27     1981   639    Massachusetts Institute of Technology
P.H. Squires                                     27     1981   643    Du Pont Company
G.A. Kruder, R.E. Nunn                           27     1981   648    HPM Corporation
D.E. McClelland, C.I. Chung                      27     1981   653    Rensselaer Polytechnic Institute
M. Abbaoui and C.G. Gogos                        27     1981   657    Algerian Petroleum Institute, Stevens Institute of Technology
K.T. O'Brien                                     27     1981   661    Stevens Institute of Technology
J.E. Flood, J.L. White, J.F. Fellers             27     1981   664    University of Tennessee
E.M. Mount, C. Chappell, T.W. Haas               27     1981   666    ICI Americas Inc.
G.M. Gale                                        27     1981   669    Rubber and Plastics Research Association
J.A.O. Emmanuel, L.R. Schmidt                    27     1981   672    General Electric Company
W.L. Krueger                                     27     1981   676    3M Company
W.L. Krueger                                     27     1981   679    3M Company
S. Basu                                          27     1981   682    Raychem Corporation
E. Fischer                                       27     1981   689    Institut fur Kunststofftechnologie, University Stuttgart
K. Geiger                                        27     1981   693    Institut fur Kunststofftechnologie, University Stuttgart
C.R. Finch, W.J. Schrenk                         28     1982   N.A.   The Dow Chemical Company
R.J. Nichols, J. Yao                             28     1982   416    Welding Engineers, Inc.
C.J. Walk                                        28     1982   423    Rohm and Haas Co., Research Div.
                                                 28
D.H. White, A. Homaidan and D. Wolf and N.R. Schott 1982       427    University of Arizona, Dept. of Chemical Engineering, Ben Gurion Universi
J.A. Biesenberger, G. Kessidis                   28     1982   431    The Institute of Polymer Processing Technology, Stevens Institute
G.A. Kruder                                      28     1982   434    HPM Corp.
R.V. Turkovich, L. Erwin                         28     1982   439    Massachusetts Institute of Technology
D.C. Lounsbury                                   28     1982   441    Crompton & Knowles Corp, Davis-Standard Div.
T.H. Kwack, C.D. Han                             28     1982   445    Polytechnic Institute of New York, Dept. of Chemical Engr
C.V. Detter                                      28     1982   447    Phillips Chemical Co.
D.B. Todd, H.G. Karian, J.D. Layfield            28     1982   449    Baker Perkins Inc.
D.S. Done, D.G. Baird                            28     1982   454    Virginia Polytechnic Institute and State University
G. Menges, K. Beiss                              28     1982   458    Instiut Fuer Kunststoffverarbeitung
W. Michaeli                                      28     1982   461    Carl Freudenberg
E.E. Agur, J. Vlachopoulos                       28     1982   465    McMaster University, Dept. of Chemical Engr.
                                                 Baba
B. Elbirli, J.T. Lindt and S.R. Gottgetreu, S.M. 28     1982   469    University of Pittsburgh, Arco Chemical Co., Div. of Atlantic Richfield Co.
                                                 Baba
B. Elbirli, J.T. Lindt and S.R. Gottgetreu, S.M. 28     1982   472    University of Pittsburgh, Arco Chemical Co., Div. of Atlantic Richfield Co.
F. Mokhtarian, L. Erwin                          28     1982   476    Massachusetts Institute of Technology
P. Hold, D.H. Sebastian, R. Kumar                28     1982   480    Stevens Institute of Technology
D.C. Huang and R.N. Shroff, M. Shida             28     1982   483    Raychem Corp, Chemplex Co.
Y.J. Kim, H.B. Chin, C.D. Han                    28     1982   487    Polytechnic Institute of New York, Dept. of Chemical Engr.
R. Shetty                                        28     1982   490    The Mearl Corp., Decorative Film Division
H.G. Karian, E.A. Leach                          28     1982   493    Baker Perkins Inc.
B.R. Liang and J.L. White, J. Spruiell and B.C. 29      1983
                                                  Goswami       92    East China Institue of Textile Science and Tech, University of Tennessee,
C. Muhrer, C. Guerrero, W.I. Patterson           29     1983    95    Ecole Polytechnique de Montrial
A. Mayer, E. Winkel, G. Menges                   29     1983    99    Institut Fuer Kunststoffverarbeitung
P. Makila and E. Syrjanen                        29     1983   101    Abo Akademi, Dept. of Chemical Engr. and Tervakoski Oy
                                                 Baba
B. Elbirli, J.T. Lindt and S.R. Gottgetreu, S.M. 29     1983   104    University of Pittsburg, Dept. of Metallurgical & Materials Engr. and Acro C
G.M. Gale                                        29     1983   109    Rubber and Plastics Research Association
C. Howland, L. Erwin                             29    1983   113   Massachusetts Institute of Technology
H.J. Suchanek, H. Potente                        29    1983   117   University of Paderborn
D.H. Sebastian, J.A. Biesenberger                29    1983   121   Polymer Processing Institute at Stevens Institute of Technology
T. Dobroth, L. Erwin                             29    1983   124   Massachusetts Institute of Tech., Dept. of Mechanical Engr.
W. Thiele                                        29    1983   127   American Leistritz Extruder Corp.
R.J. Nichols                                     29    1983   130   Welding Engineers, Inc.
R.J. Nichols, F. Kheradi                         29    1983   134   Welding Engineers, Inc.
G.P. Collins and C.D. Denson and G. Astarita     29    1983   138   Mobil Chemical Co., University of Delaware, University of Naples, Dept. of
H. Yamane, J.L. White                            29    1983   142   University of Tennessee
H. Helmy                                         29    1983   146   Egan Machinery
C.J. Rauwendaal                                  29    1983   151   Raychem Corp.
T. Kanai, J.L. White                             29    1983   155   University of Tennessee
H. Ashizawa, J.E. Spruiell, J.L. White           29    1983   158   University of Tennessee
K. Kapfer, K. Eise, H. Herrmann                  29    1983   161   Werner & Pfleiderer Corp.
D.B. Todd, H.G. Karian                           29    1983   164   Baker perkins Inc.
C.I. Chung and R.A. Barr                         29    1983   168   Rensselaer Polytechnic Institute, Robert Barr, Inc.
I. Klein, R. Klein                               29    1983   170   Scientific Process & Research, Inc.
H. Lappe, H. Potente                             29    1983   174   University of Paderborn
M. Viriyayuthakorn, R.V. DeBoo                   29    1983   178   Western Electric Co.
S. Basu                                          29    1983   183   Raychem Corp./Stanford University
C.J. Rauwendaal                                  29    1983   186   Raychem Corp.
E. Haberstroh, G. Menges                         29    1983   200   Institut fur Kunststoffverarbeitung
G.M. Gale                                        30    1984    2    Rubber and Plastics Research Association
Russell J. Nichols                               30    1984    6    Welding Engineers, Inc.
Kurt Eise, Heinz Hermann, Klaus Kapfer           30    1984    10   Werner & Pfleiderer Corporation
Dietmar Anders                                   30    1984    15   Herrmann Berstorff GMbH
Wataru Minoshima, James L. White                 30    1984    20   University of Tennessee
Rick Knittel                                     30    1984    23   Sano Design & Machine Co.
E.W. Veazey                                      30    1984    26   Dow Chemical Company
Robert W. Miller                                 30    1984    30   ARCO Chemical Company
Clyde V. Detter                                  30    1984    33   Phillips Chemical Company
Kazuo Tamemoto                                   30    1984    37   ASAHI Chemical Ind. Co., Ltd
Laurence E. Dowd, Michael L. Opacich             30    1984    40   Chemplex Company
Jungrim S. Haw, C.D. Han                         30    1984    44   Polytechnic Institute of New York
H.H. Winter and H.G. Fritz                       30    1984    49   University of Massachusetts, University of Stuttgart
E. Mitsoulis, J. Vlachopoulos, F.A. Mirza        30    1984    53   McMaster University
Chris Rauwendaal                                 30    1984    59   Raychem Corporation
P. Michel, H. Potente                            30    1984    64   Univeristat of Paderborn
J.M. Kenny, J.M. Castro, N.J. Capiati            30    1984    69   Plapiqui, UNS-CONICET
J.T. Lindt                                       30    1984    73   University of Pittsburgh
D. Chan, L.J. Lee                                30    1984    77   The Ohio State University
Montri Viriyayuthakorn, Bahiru Kassahun          30    1984    81   Western Electric Company
Chris Rauwendaal                                 30    1984    85   Raychem Corporation
Chibao Miaw                                      30    1984    89   General Electric Company
James F. Stevenson                               30    1984    93   The General Tire & Rubber Company
J. Breil, G. Menges                              30    1984    97   Institut fur Kunststoffverarbeitung
Robert a. Malloy, S.A. Orroth, S.J. Chen, R.J.   Van   1984
                                                 30 Hooft     102   University of Lowell
Heribert Lappe, H. Potente                       30    1984   108   University of Paderborn
G. Bolder, G. Menges                             30    1984   112   Institut fur Kunststoffverarbeitung
Professor Lewis Erwin, Jeffery Dohner            30    1984   116   Massachusetts Institute of Technology
C.L. Woodworth                                   30    1984   122   Monsanto Company
David B. Todd, Harutun G. Karian                 30    1984   127   Baker Perkins, Inc.
Joseph A. Biesenberger, Shau-Tarng Lee           31    1985    2    Polymer Processing Institute, Stevens Institute of Technology
Hso-Pan Han, Chang Dae Han                       31    1985    8    Polytechnic Institute of New York
Russell J. Nichols, Paul E. Lubiejewski          31    1985    12   Welding Engineers, Inc.
Michael Kearney, Peter Hold                    31         1985    17   Farrel Company
William A. Kramer                              31         1985    23   Crompton & Knowles Corporation
Chris Rauwendaal                               31         1985    30   Raychem Corporation
B.K. Hwang, A. Kharazi, A. Nicholas            31         1985    34   Union Carbide Corporation
                                               31
K.S. Hyun, W.A. Trumbull, S.R. Jenkins and C.I. Chung     1985    38   The Dow Chemical Company, Rensselaer Polytechnic Institute
H.J. Stamato, R.A. Weiss                       31         1985    42   University of Connecticut
David Bigio, Lewis Erwin                       31         1985    45   Massachusetts Institute of Technology
Stephen T. Balke                               31         1985    49   Xerox Research Centre of Canada
R.W. Nelson, L. James Lee                      31         1985    54   The Ohio State University
Chris Rauwendaal                               31         1985    59   Raychem Corporation
                                               31         1985
Costas Gogos, Mustapha Abbaoui, Batara Sianturi, Jisheng Shen     65   Stevens Institute of Technology
Stephen J. Derezinski                          31         1985    69   Eastman Kodak Company
Yucheng Peng, Jianhua Wu                       31         1985    73   South China Institute of Technology
Chibao Miaw, Alex Hasson, Gary Balch           31         1985    76   General Electric Co.
Jorg Nordmeier, Georg Menges                   31         1985    80   Institut fur Kunststoffverarbeitung
Thomas Dobroth, Professor Lewis Erwin          31         1985    89   Massachusetts Institute of Technology
T.A. Huang, G.A. Campbell                      31         1985    89   Mobil Chemical Company
K.F. Strater, J.M. Dealy                       31         1985    93   McGill University
J.H. Sayago, S.P. Petrie                       31         1985    96   University of Lowell
K.Z. Hong                                      31         1985   100   The Dow Chemical Company
E.H. Roberts, P.J. Lucchesi, S.J. Kurtz        31         1985   104   Union Carbide Corporation
James F. Machen, John D. Schuster              31         1985   108   The University of Toledo, Autotec, Inc.
A.D. Siegel, P. Hold                           31         1985   113   Farrel Company
James F. Stevenson, L. James Lee, Richard M.31   Griffith 1985   118   GenCorp
G. Menges, J. Schmidt                          31         1985   123   Institut fur Kunststoffverarbeitung in Industrie und Handwerk
S.R. Doshi, J.M. Dealy and J.M. Charrier       31         1985   127   McGill University, Industrial Material Research Institute
                                               31         1985
Chin-Yuan Ma, James L. White, Frederick C. Weissert, Kyonsuku Min131   The University of Akron
Louis S. Henderson, III                        31         1985   135   ARCO Chemical Company
Evan Mitsoulis                                 31         1985   139   University of Ottawa
William K. Leonard                             31         1985   144   3M Company
Joseph A. Biesenberger, Shau-Tarng Lee         32         1986   846   Stevens Institute of Technology
R. Chella, J.T. Lindt                          32         1986   851   University of Pittsburgh
Martin Mack                                    32         1986   855   Berstoff Corporation
Tadamoto Sakai, Noriaki Hashimoto              32         1986   860   Japan Steel Works
David Bigio, Wayne Townsend, Jr.               32         1986   864   Massachusetts Institute of Technology
Robert A. Esposito                             32         1986   870   Monsanto Polymer Products Co.
                                               32
A.P. Plochocki, S.S. Dagli and J.E. Curry and J. Starita1986     874   Polymer Processing Institute, Werner & Pfleiderer, Rheometrics
Kyonsuku Min, James L. White                   32         1986   879   The University of Akron
                                               32
B. Alzner and Wayne F. Allen, and Desider Csongor         1986   883   Abbott Laboratories, The Black Clawson Company, Amorflite Co.
Yoshihiro Matsukura, James L. White            32         1986   888   University of Akron
Thomas Dobroth, Dr. Lewis Erwin                32         1986   893   MIT-Industry Polymer Processing Program
R.A. Malloy, S.J. Chen, S.A. Orroth            32         1986   901   University of Lowell
Gregory A. Campbell, B. Cao                    32         1986   909   Clarkson University
Toshitaka, Masakatsu Kimura, Yuji Asano        32         1986   912   Idemitsu Petrochemical Corporation Ltd.
Chris Rauwendall                               32         1986   917   Raychem Corporation
Stephen J. Derezinski                          32         1986   924   Eastman Kodak Company
A.I. Isayev, N. Famili                         32         1986   930   University of Akron
                                               32         1986
J.M. Charrier, R.V. Ciplijauskas, S.R. Doshi and F.A. Hamel      939   McGill University, National Research Council of Canada (NRCC)
                                                Hamel 1986
S.R. Doshi, J.M. Charrier, J.M. Dealy and F.A. 32                944   McGill University, National Research Council of Canada (NRCC)
Helmut Schule, Hans-Gerhard Fritz              32         1986   948   Instiut Fur Kunststofftechnologie
Louis S. Henderson, III, Steven G. Schon       32         1986   953   ARCO Chemical Company
Peng Yu-Cheng, Chen Zi-Yun                     32         1986   959   South China Institute of Technology
A.E. Zachariades, Bin Chung                    32         1986   965   IBM Almaden Research Center
Chris Rauwendaal                               32         1986   968   Raychem Corporation
I. Bruker, C. Miaw, A. Hasson, G. Balch        32         1986   975   General Electric Company
Alex Hasson, Chibao Miaw, Gary S. Balch       32      1986   979    General Electric Co.
Harutun G. Karian                             32      1986   988    Baker Perkins Inc.
Robert E. Jerman                              32      1986   995    Rohm and Haas Company
S. Dormeier, H. Kleinhans                     32      1986   1002   Universitat-Gesamthochschule-Paderborn
W.A. Kramer                                   33      1987    34    Davis Standard
P.P. Shirodkar and S.D. Schregenberger        33      1987    37    Mobil Chemical Co.
G.A. Kruder, W. Calland                       33      1987    41    HPM Corp.
B. Yang, L.J. Lee                             33      1987    46    Ohio State University
B. Elbirli, K. Amellal                        33      1987    51    Algerian Institute of Petroleum
K. Amellal, B. Elbirli                        33      1987    55    Algerian Institute of Petroleum
C. Rauwendaal, J.F. Huosz                     33      1987    60    Raychem Corp., Twente University of Technology
C. Rauwendaal, J.F. Ingen                     33      1987    64    Raychem Corp., Twente University of Technology
J.M. McKelvey                                 33      1987    69    Washington University
E.L. Steward, A.W. Cline                      33      1987    73    Davis Standard
S. Meder                                      33      1987    77    Universitat Stuttgart
S.T. Lee, J.A. Biesenberger                   33      1987    81    Sealed Air Corp., Stevens Institute of Technology
J.F. Nangeroni, C.d. Denson                   33      1987    87    University of Delaware
R.W. Foster, J.T. Lindt                       33      1987    90    University of Pittsburgh
S.J. Derezinski                               33      1987    98    Eastman Kodak Co.
R.I. Tanner                                   33      1987   103    University of Sydney
                                              33      1987
A. Karagiannis, H. Mavridis, A.N. Hrymak, J. Vlachopoulos    106    McMaster University
C. Schwenzer, G. Menges                       33      1987   109    Institut Fur Kunststoffverarbeitung
C.D. Han                                      33      1987   113    Polytechnic Institute of New York
C.S. Tucker, R.J. Nichols                     33      1987   117    Welding Engineers, Inc.
S. Shah and S.F. Wang, N. Schott, S. Grossman 33      1987   122    Fisher Guide, University of Lowell
D.B. Todd                                     33      1987   128    Baker Perkins, Inc.
S.K. Dey, J.A. Biesenberger                   33      1987   133    Stevens Institute of Technology
M.H. Mack, T.F. Chapman                       33      1987   136    Berstoff Corp.
M.L. Booy and F.Y. Kafka                      33      1987   140    Retired, E.I. du Pont de Nemours & Co., Inc.
T. Sakai, N. Hashimoto and N. Kobayashi       33      1987   146    The Japan Steel Works, Ltd., Japan Steel Works America, Inc.
V. Kumar and L. Erwin                         33      1987   152    Massachusetts Institute of Technology, Kraft, Inc.
                                              33
H. Hermann, H.J. Nettelnbreker and A. Dreiblatt       1987   157    Werner & Pfleiderer GmbH, Werner & Pfleiderer Corp.
D. Bigio, L. Erwin                            33      1987   164    University of Maryland, Kraft, Inc.
D. Bigio, W. Stry                             33      1987   170    University of maryland, Creare, Inc.
E.W. Veazey, N. Barrera                       33      1987   175    Dow Chemical Co.
P.C. Gates                                    33      1987   181    Polysystem machinery Mfg. Inc.
R. Knittel                                    33      1987   184    Sano Design & Machine Co., Inc.
J.R. Wagner, Jr.                              33      1987   189    Mobil Chemical Co.
E.M. Mount, III                               33      1987   194    Mobil Chemical Co.
J.R. Collier, J.S. Gunasekera, S.M. Sargand 33        1987   203    Ohio University
A.I. Isayev, C.M. Wong, X. Zeng               33      1987   207    University of Akron
W.F. Allen                                    33      1987   211    Black Clawson
P.Y Cheng and W.Y. Jian                       33      1987   213    South China Institute of Technology, Guangzhou Chemical Industry Resea
C. Cheng                                      34      1988    34    Exxon Chemical Co.
A. Giacomin, S. Doshi                         34      1988    38    Texas A&M University, McGill University
R. Gregory                                    34      1988    41    Robert Gregroy Associates, Inc.
E. Steward, W. Kramer                         34      1988    45    Cromptom & Knowles Crop.
S. Houlihan                                   34      1988    51    Parker Hannifin Corp
D. Todd                                       34      1988    54    Baker Perkins Inc.
D. Bigio, D. Penn                             34      1988    59    University of Maryland
D. Kalyon, A. Gotsis, C. Gogos, C. Tsenoglou 34       1988    64    Stevens Instiute of Technology
H. Larsen, A. Jones                           34      1988    67    E.I. du Pont de Nemours & Co., Inc
V. Notorgiacomo, J. Biesenberger              34      1988    71    Stevens Institute of Technology
J. Colbert                                    34      1988    76    Baker Perkins Chemical Machinery
R. Nichols, J. Lindt                          34      1988    80    Welding Engineers, In., University of Pittsburgh
D. Bigio, S. Zerafati                           34     1988          85        University of Maryland
W. Szdlowski, J. White                          34     1988          89        The University of Akron
K. Nguyen, J. Lindt                             34     1988          93        University of Pitsburgh
K. Kapfer                                       34     1988          96        Werner & Pfleiderer GmbH
W. Krueger                                      34     1988         102        3M Co.
S. Derezinski                                   34     1988         105        Eastman Kodak Co.
Y. Gau                                          34     1988         109        Union Carbide Corp.
G. Menges, H. Langhorst                         34     1988         114        Institute for Plastics Processing
R. Kline                                        34     1988         120        Hoechst Celanese Corp.
C. Rauwendaal, J. Ingen Housz                   34     1988         125        Raychem Corp., Twente University
Y. Guo, C. Chung                                34     1988         132        Rensselaer Polytechnic Institute
J. Vlachopoulos, P. Behncke, J. Vlcek           34     1988         137        McMaster University
E. Mitsoulis                                    34     1988         140        University of Ottawa
D. Sebastian, A. Kiani, R. Rakos                34     1988         145        Stevens Insitute of Technology
D. Smith                                        34     1988         149        Battenfeld Gloucester Engineering Co.
W. Bode                                         34     1988         151        Battenfeld Gloucester Engineering Co.
D. Lounsbury                                    34     1988         158        SANO, Inc.
H. Brax                                         34     1988         162        BC Enterprises, Inc.
S. Shapiro                                      34     1988         165        Aeonic Systems
                                                34     1988         168         Vergnes
J. Charrier, R. Ciplijauskas and A. Catani, C. de Grandpre and J. Agassant, B. McGill University, IGM/CNRC, CEMEF/Ecole des Mines
Y. Shu, S. Chen, J. Cheng                       34     1988         172        University of Lowell
W. Feistkorn                                    34     1988         175        Windmoller & Holscher
J. Perdikoulias, J. Vicek, J. Vlachopoulos      34     1988         179        McMaster University
C. Lee, I. Peat, L. Wild, P. Fernando           34     1988         183        USI Chemicals Co.
H. Kang, M. Cakmak, J. White and , M. Pollack 4 3      1988         187        University of Akron, Eastman Kodak Co.
R. Infante                                      34     1988         193        Dynisco, Inc.
W. Wareham, T. Healy                            34     1988         197        Dynisco, Inc.
K. O'Brien                                      34     1988         201        Hoechst Celanese Crop.
W. Virginski                                    34     1988         205        Davis-Standard Division
D.L. Cooke, T. Tikusis                          35     1989          22        Novacor Chemicals Ltd.
K.K. Dohrer, D.H. Niemann                       35     1989          28        Dow Chemical Co.
T.W.D. Chan, L.J. Lee                           35     1989          31        The Ohio State University
B. Cao, P. Sweeney, G.A. Campbell               35     1989          35        Clarkson University
R. Keller, John Brown                           35     1989          39        Plastics Machinery
A.D. Gotsis, D.M. Kalyon                        35     1989          44        Stevens Institute of Technology
M.H. Kim, J.L. White                            35     1989          49        The University of Akron
R. Brzoskowski, T. Kumazawa, J.L. White         35     1989          54        The University of Akron
M. Haupt                                        35     1989          59        Institut fur Kunststoffverarbeitung(KV)
A. Kiani, R. Rakos, D.H. Sebastian              35     1989          62        Stevens Institute of Technology
R.Rakos, A. Kiani, D.H. Sebastian               35     1989          66        Stevens Institute of Technology
R.H. Lie, D. Song                               35     1989          69        South China University of Technology
K.S. Hyun, M.A. Spalding                        35     1989          72        Dow Chemical USA
E.L. Steward                                    35     1989          75        Crompton & Knowles Corporation
F. Zhu, S. Fang, N. Wang                        35     1989          87        Beijing Institute of Chemical Technology
Z. Fuhua, W. Naiyi and C. Liging                35     1989          90        Beijing Institute of Chemical Technology, Eastern China Institute of Chemic
N. Wang, F. Zhu                                 35     1989          93        Beijing Institute of Chemical Technology
J.P. Christiano                                 35     1989          96        John Brown Inc.
C.I. Chung, N. Wang                             35     1989         100        Rensselaer Polytechnic Institute
C. Rauwendaal                                   35     1989         104        Raychem Corporation
C. Rauwendaal                                   35     1989         108        Raychem Corporation
S.J. Derzinski                                  35     1989         111        Eastman Kodak Company
E.L. Canedo, L.N. Valsamis                      35     1989         116        Farrel Corporation
M.H. Mack                                       35     1989         120        Berstorff Corporation
D.M. Kalyon, H.N. Sangani                       35     1989         124        Stevens Institute of Technology
J.A. Bikker, R. Smith, W.E. Baker               35     1989         129        Queen's University
D. Bigio, J. Corner, A. Vashishat             35     1989   133    University of Maryland
J.H. Frey, J.F. Nangeroni, C.D. Denson        35     1989   137    University of Delaware
S.K. Dey, J.A. Biesenberger                   35     1989   142    Stevens Institute of Technology
J.T. Lindt, R.W. Foster                       35     1989   146    University of Pittsburgh
R.W. Foster, J.T. Lindt                       35     1989   150    University of Pittsburg
K.T. Nguyen, J.T. Lindt                       35     1989   154    University of Pittsburg
P.S. Mehta                                    35     1989   159    Hoechst Celanese Corporation
S. Zerafati, D. Bigio, L. Greenan             35     1989   164    University of Maryland
D.B. Todd                                     35     1989   168    APV Chemical Machinery, Inc.
B. Cao, P. Sweeney, G.A. Campbell             35     1989   172    Clarkson University
L.T. Schneider                                35     1989   175    Buss(America), Inc.
R. Bessemer, C. Martin                        35     1989   179    Killion Extruders, Inc.
V.E. Malpass, J.T. Kempthorn, A.F. Dean       35     1989   183    Ferro Corporation
E. Mitsoulis                                  35     1989   187    University of Ottawa
U. Yilmazer, C.G. Gogos, D.M. Kalyon          35     1989   191    Stevens Institute of Technology
                                              35
J. Perdikoulias,and C. Tzoganakis, J. Vlachopoulos   1989   196    Brampton Engineering(1983) Inc., McMaster University
M. Meier                                      35     1989   200    Institut fur Kunststoffverarbeitung(KV)
M.A. Huneault, P.G. Lafleur, P.J. Carreau     35     1989   203    Ecole Polytechnique de Montreal
J.H. Chen, H.L. Ren                           35     1989   206    South China University of Technology
J.K. Ghosh, X. Wang , J.R. Collier            36     1990    38    Lousiania State University
B. Bessemer                                   36     1990    44    Killion Extruders, Inc.
C.Y. Cheng                                    36     1990    49    Exxon Chemical Company
J. Shen, C. Gogos                             36     1990    55    Stevens Institute of Technology
H.T. Pham, K.S. Hyun                          36     1990    60    Dow Chemical Company
K.T. O'Brien, A. Rosato, Y. Lan               36     1990    64    New Jersey Institute of Technology
                                              36
J. Bowman, S.M. Rolland, R. Coppard, R. Rakowski 1990        69    Fusion Plastics Limited, BICC plc, Brunel University
G.A. Kruder, W.N. Calland                     36     1990    74    HPM Corporation
R.F. Dray                                     36     1990    86    Dray Mfg. Inc of Texas
S.B. Vad, S.P. Chum, W.L. Huang               36     1990    90    Dow Chemical Company
P.A. Sweeney, J.K. Klewicki, G.A. Campbell 36        1990    94    Clarkson University
M.J. Goins, L. Sun, M. Miller                 36     1990    98    Fina Oil and Chemical Company
H.J. Kang, J.L. White                         36     1990   104    University of Akron
J.P. Wu, J.L. White                           36     1990   110    University of Akron
                                              36     1990
S.W. Sinton, J.C. Crowley, G.A. Lo, D.M. Kalyon, C. Jacob   116    Lockheed Palo Alto Research Laboratory Stevens Institute of Technology
W. Thiele, W. Petrozelli, D. Lorenc           36     1990   120    American Leistritz Extruder Corporation
M.H. Mack                                     36     1990   125    Berstorff Corporation
J.A. Bessenberger, S.K. Dey, J. Brizzolara    36     1990   129    Stevens Institute of Technology
D.H. Sebastian, R. Rakos                      36     1990   135    Stevens Institute of Technology, Polymer Processing Institute
A.D. Gotsis, Z. Ji, D.M. Kalyon               36     1990   139    Stevens Institute of Technology
D. Bigio, P. Herman                           36     1990   143    University of Maryland
T.W. McCullough, R. Rakos, D.H. Sebastian 36         1990   147    Dow Chemical Company, Stevens Institute of Technology
G. Xiaozheng, W. Rong, W. Naiyi               36     1990   153    Beijing Institute of Chemical Technology
E. Mitsoulis, X.L. Luo                        36     1990   156    University of Ottawa
Z. Ji, A.D. Gotsis, D.M. Kalyon               36     1990   160    Stevens Institute of Technology
E.L. Canedo, L.N. Valsamis                    36     1990   164    Ferrel Corporation
J. Dooley                                     36     1990   168    Dow Chemical Company
K. Amellai, P.G. Lafleur, B. Arpin            36     1990   172    Ecole Polytechnique de Montreal
W.A. Kramer                                   36     1990   176    Davis-Standard
S.A. Best                                     36     1990   182    Exxon Chemical Company
R.C. Kowalski                                 36     1990   1902   Exxon Chemical Company
D. Bigio, M. Wigginton                        36     1990   1905   University of Maryland
D. Suwanda, S.T. Balke                        36     1990   1908   University of Toronto
T. Sakai, K. Nakamura, S. Inoue               36     1990   1912   Japan Steel Works
D.W. Yu, C.G. Gogos, X. Xanthos               36     1990   1917   Stevens Institute of Technology
P.A. Callais, R.T. Kazmierczak                36     1990   1921   Pennwalt Corporation
S.S. Dagli, M. Xanthos, J.A. Biesenberger       36      1990   1924   Stevens Institute of Technology
U. Berghaus, W. Michaeli                        36      1990   1929   Institut Fur Kunststoffverarbeitung
D. Rosendale, J.A. Beisenberger                 36      1990   1934   Stevens Institute of Technology
J. Curry, P. Andersen                           36      1990   1938   Werner & Pfleiderer Corporation
S. Frenken, D. Lyons, W.E. Baker                37      1991    40    Queen's University at Kingston
B. Bessemer                                     37      1991    46    Killion Extruders, Inc.
T.P. Harrington                                 37      1991    50    C+H Engineers, Inc.
M. Esseghir, V. Semas                           37      1991    54    Stevens Institute of Technology, State University of New Jersey
B. Arpin, P.G. Lafleur, V. Lenir                37      1991    58    Ecole Polytechnique de Montreal, Telecom Canada Limitee
J. Dooley, B. Stout                             37      1991    62    The Dow Chemical Company
E.L. Steward, M. Bradley                        37      1991    66    Crompton & Knowles Corp, Himont, Inc
R.E. Christensen, C. Y. Cheng                   37      1991    74    Exxon Chemical Company
O. Appel, W. Michaell                           37      1991    79    Institut fur Kunststoffverarbeitung
A.F. Dean, L. Ughtner                           37      1991    83    Ferro Corporation
J.R. Thompson                                   37      1991    88    Crompton & Knowles Corp.
K. Cassidy, D. Bigio                            37      1991    92    University of Maryland
G.M. Gale                                       37      1991    95    Rapra Technology Limited
C.K. Shih                                       37      1991    99    E.I duPont de Namours & Co, Inc.
C. Miaw, G. Balch, A. Vlosky                    37      1991   105    Process Engineering & Chemistry Laboratory
M. Mack, A. Pfeiffer                            37      1991   109    Berstorff Corporation
J. Curry, A. Kiani                              37      1991   114    Werner & Pfleiderer Corporation
J.A. Biessenberger, N. Wang, S.K. Dey, Y. Lu37          1991   119    Stevens Polymer Processing Institute
J. Grillo, P. Anderson, E. Papazogiou           37      1991   122    Werner & Pfieiderer Corporation, ARCO Chemical Company
X. Geng, C. Zhu                                 37      1991   128    Beijing Institute of Chemical Technology
C.J. Rauwendaal                                 37      1991   132    Rawendaal Extrusion Engineering, Inc
L. Czyborra, W. Michaeli                        37      1991   137    Institut Fur Kunststoffverarbeitung
E.L. Canedo, L.N. Vaisamis                      37      1991   141    Farrel Corporation
D. Bigio, W. Baim                               37      1991   146    University of Maryland
F. Burbank, F. Brauer, P. Anderson              37      1991   149    Werner & Pfiederer Corporation
W.W. Boda                                       37      1991   153    Battenfield Gloucester Engineering
E.W. Veazey, N. Barrera                         37      1991   158    The Dow Chemical Company
R. Nittel                                       37      1991   170    Sano, Inc.
W.D. Harris, C.A.A. Van Kerckhoven, L.K. Cantu  37      1991   178    Dow Chemical, U.S.A.
J.P. Christiano                                 37      1991   183    John Brown, Inc
T. Bartilla, P. Andersen                        37      1991   189    Maag Pump Systems
P.A. Sweeney, G.A. Campbell                     37      1991   194    Clarkson University
T.W. Womer                                      37      1991   198    NRM-Steelastics Corporation
D.M. Simpson, I.R. Harrison                     37      1991   203    The Pennsylvania State University
D.L. Cooke, M. Koylch                           37      1991   206    Novacor Chemicals Ltd
F.J. Velisek                                    37      1991   211    Mobil Chemical Co.
G.A. Campbell, P.A. Sweeney, J.N. Felton        37      1991   218    Castle Associates
J.H. Conner, D.L. Bigio                         37      1991   223    University of Maryland
                                                37
A.R.Vinceletta, K. Amellal, P.G.Lafleur, P.J. Carreau   1991   226    Ecole Polytechnique de Montreal
A.K. Ghosh, S. Ranganathan, J.T. Lindt          37      1991   232    University of Pittsburgh
C G. Hagberg                                    38      1992    2      Monsanto Chemical Company
T. Sakai, N. Hashimoto, and K Kataoka           38      1992    7      The Japan Steel Works
W. Schuler                                      38      1992    15     Hermann Berstorff Maschinenbau GmbH
J. Grillo and P Andersen, E Papazoglou          38      1992    20    Werner & Pfleiderer Corporation ARCO Chemical Company
J. H Conner and D l Bigio                       38      1992    31     University of Maryland
K Kerres and W. Michaeli                        38      1992   412     Institut fur Kunststoffverarbeitung
R. Stehr and P Andersen                         38      1992   416     Maag Pump Systems AG
E. Mitsoulis and H. J. Park                     38      1992   421     University of Ottawa
R. Ramanathan and J. Dooley                     38      1992   426     The Dow Chemical Company
M. A. Huneault, P G. Lafleur, and P J. Carreau 38       1992   431    Ecole Polytechnique de Montreal
W. H. Miller, C.-C. Lee and J. F. Stevenson     38      1992   436    GenCorp Automotive and GenCorp Research
X. Shen and R. Malloy                              38    1992         918      University of Massachusetts at Lowell J. Pacini Dynisco Corporation
T. W. McCullough and B. T. Hilton                  38    1992         927     The Dow Chemical Company and Manteq International Inc.
C. C. Chen                                         38    1992         931      DuPont Electronics
P L. Shah                                          38    1992         937     Rheo-Plast Associates, Inc.
A. Kiani, P. Andersen, J. Curry, and U. Burkhardt38      1992        1310     Werner & Pfleiderer Corporation
T. Fukuoka and K. Min.                             38    1992        1317     Sekisui Chemical Co. Ltd. and The University of Akron
Z. Ji and D. M. Kalyon                             38    1992        1323      Stevens Institute of Technology
J. H. Conner and D. 1. Bigio                       38    1992        1328      University of Maryland
Z. Chen and J. L. White                            38    1992        1332      The University of Akron
A. O. Adewale and J. L. White                      38    1992        1336      The University of Akron
U. Sundararaj and C. W. Macosko                    38    1992        1802     University of Minnesota, Twin Cities C.-K. Shih, E. 1 du Pont de Nemours
J. Shen and C. G. Gogos                            38    1992        1804      Stevens Institute of Technology
D. Bigio and W. Baim                               38    1992        1809      University of Maryland
J. H. Conner and D. 1. Bigio                       38    1992        1815      University of Maryland
Z. H. Shi, P Sammut, and L A. Utracki              38    1992        1818     Industrial Materials Institute V. Bordereau Rhone-Poulenc Chimie
M. W. Pendley and M D. Wobser                      38    1992        1824      Occidental Chemical
T. 1. Butler and S. E. Pirtle                      38    1992        1833      Dow Plastics
R B. Secor                                         38    1992        1841      3M Engineering Systems and Technology
J. Perdikoulias and W. Wybenga                     38    1992        1848      Brampton Engineering
L E. Keller                                        38    1992        1853      Mobil Plastics Europe
A. Lawal and D. M Kalyon                           38    1992        2158      Stevens Institute of Technology
J. X Rietveld and S. D. Al-Ramahi                  38    1992        2162      University of Wisconsin-Madison
C Y. Cheng and R E. Christensen                    38    1992        2165      Exxon Chemical Company
E. M. Mount III, B. W. Smith, and G. Pruner        38    1992        2169     Mobil Chemical Company
D. Lounsbury and J. Thompson                       38    1992        2175      Davis-Standard
W. S. Lee and C.-W Park                            38    1992        2181      University of Florida
D B Todd                                           38    1992        2528      Stevens Institute of Technology
S. R Strand, M. A. Spalding, and K. S. Hyun        38    1992        2537     The Dow Chemical Company
M A Spalding and K. S. Hyun                        38    1992        2542      The Dow Chemical Company
A. K. Babel, B. Cao, and G. A. Campbell            38    1992        2547     Clarkson University
V. Firdaus and P P Tong                            38    1992        2550      Mobil Chemical Company
S.S. Dagli, K M. Karndar and M. Xanthos,           39    1993          18     Polymer Processing Institute
T.O. Broadhead, W.I. Patterson and J.M. Dealy, 39        1993          23     McGill University
Y. Lu, J.A. Biesenberger and D.B. Todd,            39    1993          27     Polymer Processing Institute
L.L. Chu and K. Min.                               39    1993          30     The University of Akron
G.H. Hu, L.Q. Chen and J.T. Lindt,                 39    1993          37     University of Pittsburgh
M.S. Edmondson and S.E. Pirtle                     39    1993          42     The Dow Chemical Co.
D. Van der Sanden and R.W. Halle                   39    1993          46     Exxon Chemical
T. Butler and R. Patel                             39    1993          51     The Dow Chemical Co.
                                                   39
D.C. Eagar, G.E. Ealer, S.A. Bartocci and D.M. Kung,     1993          58     Union Carbide
M.S. Edmondson and S.E. Pirtle                     39    1993          63     The Dow Chemical Co.
A.K. Babel and G.A. Campbell                       39    1993         444     Clarkson University
L.T. Kale and D. Hager                             39    1993         449     The Dow Chemical Canada Inc
S. Kurtz                                           39    1993         454     Union Carbide Corporation
P.O. Tong and V. Firdaus                           39    1993         457     Mobil Chemical Company
P.A. Sweeney and G.A. Campbell                     39    1993         461     Clarkson University
R.M. Patel and T.I. Butler                         39    1993         465     The Dow Chemical Co.
P.R. Hornsby. J.F. Tung and K. Tarverdi            39    1993         470     Brunel University
W. Michaeli and A. Grefenstein                     39    1993         474     Institut fur Kunststoffverabeitung
M. Hallden-Abberton                                39    1993         481     Rohm and Haas Inc
                                                   S.H.  1993         488
J. Grenci, S. Dey, C. Jacob, A. Patel, S.S. Dagli, 39 Patel and M. Xanthos,   Polymer Processing Institute
S.G. Cottis, K.M. Natarajan, D. Elwood and X. Xu,  39    1993         492     Enichem America, Inc
K. Ebner and J.L. White                            39    1993         499     The University of Akron
K. Powell                                          39    1993        1046     GE Corporate Research and Development
L. Chen G.H. Hu and J.T. Lindt                     39    1993        1055     University of Pittsburgh
M. Mack and A. Pfeiffer                            39   1993     1060      Berstorff Corp
N. Dontula and G.A. Campbell                       39   1993     1524      Clarkson University
M. Spalding, J. Dooley, K. Hyun and S. Strand, 39       1993     1533      The Dow Chemical Company
                                                   39   1993
C.G. Gogos, M. Esseghir, B. David, D.B. Todd and D. Sebastian,   1542      Polymer Processing Institute
                                                   39   1993
M. Spalding, D. Kelley and S. KarandeC. Wood and A. Christie     1546      The Dow Chemical Company;Black Clawson Company
P. Shah, E. Steward, G. Yazbak                     39   1993     1554      RheoPlast Assoc, Davis-Standard, , Dynisco
R. Nichols, R. Wailionis and R. Cornell            39   1993     1562      Farrel Corporation
W. Michaeli and M. Behrens                         39   1993     1570      Institut fur Kunststoffverabeitung
H. Potente, Y.H. Du, J. Haubler and D. Hanning, 39      1993     1576      University of Paderborn
W. Michaeli and L. Spix,                           39   1993     1580      Institut fur Kunststoffverabeitung
C. Ranwendaal,                                     39   1993     2232      Rauwendaal Extrusion Engineering
L. Chen, G.H. Hu and J.T. Lindt,                   39   1993     2238      University of Pittsburgh
S. Derezinski                                      39   1993     2243      Eastman Kodak Company
S.K. Dey, C. Jacob and D.B. Todd,                  39   1993     2248      Polymer Processing Institute
                                                   39    Harnel,
R. Gendron, M.M. Dumoulin, J. Tatibouet, L. Piche and A.1993     2256      Industrial Materials Institute
Dr. A. Kiani, H.J. Samann                          39   1993     2758      Werner & Pfleiderer Corporation, Werner & PfleidereGmbH
D.-S. Bang and J. White                            39   1993     2763      The University of Akron
F. Thibault and P.A. Tanguy, D. Blouin             39   1993     2767      Laval University, P.H. Tech. Inc
P. Gramann and T. Osswald                          39   1993     2774      University of Wisconsin-Madison
A. Lawal and D. Kalyon                             39   1993     2782      Stevens Institute of Technology
F.H. Ling                                          39   1993     2786      Polymer Processing Institute
X. Geng and J. Li                                  39   1993     2793      Beijing Institute of Chemical Technology
M. Huneault, P. Lafleur and P. Carreau,            39   1993     3338      Ecole Polytechnique de Montreal
G.C. Georgiou, M.J. Crochet                        39   1993     3344      The University of Cyprus,Universite Catholique De Louvain
W. Michaeli and F. Poehler                         39   1993     3347      Institut fur Kunstoffstoffen Verarbeitung
J. Dooley, B.T. Hilton                             39   1993     3354      The Dow Chemical Company, Manteq International
J. Vlcek, J. Perdikoulias, J. Vlachopoulos         39   1993     3365      Compuplast International Inc. Brampton Engineering Inc. , McMaster Unive
T.W. McCullough, B.T. Hilton                       39   1993     3372      The Dow Chemical Company, Manteq International
J. Grillo, E. Papazoglou, S. Petri,                39   1993     3380      Werner & Pfleiderer Corp ARCO Chemical Company, University of Massac
J.P. Christiano                                    39   1993     3386      Davis Standard
A. Lawal and D. Kalyon                             39   1993     3397      Steven Institute of Technology
Z. Chen and J. White                               39   1993     3401      The University of Akron
G. L. Young, T. J. Pope,                           40   1994       2       The Dow Chemical Company,15
T. I. Butler, S. Lai, R. P. Patel, J. E. Spuria,   40   1994       15      The Dow Chemical Company,28
T. J. Thong, D. F. Klein, A. V Pocius, M. Strobel, 40   1994       28      3M Co
J. Perdikoulias, C. Tzoganakis, A. Penlidis,       40   1994       35      Brampton Engineering University of Waterloo
A L. Simons, V. Firdaus,                           40   1994       38      Mobil Chemical Company, 38
D. J. van der Wal, L. P. B. M. Janssen,            40   1994       46      University of Groningen, 46
M. E. Carr,                                        40   1994       50      National Center for Utilization Research, ARS, USDA, 50
X. C. Wang, C. Tzoganakis, G. L. Rempel,           40   1994       55      University of Waterloo, 55
W. Michaeli, W. Frings, A. Ortmann, H. Hocker, 40       1994       62      Institut fur Kunststoffverarbeitung, Deutsches Wollforschungsinstitut
A. Sakthivel,                                      40   1994       70      Hercules Incorporated,
R. Shanker, R. Ramanathan, W. J. Schrenk,          40   1994       75      The Dow Chemical Company
                                                   40
E. Takacs, A. Torres, J. Vlachopoulos, A. N. Hrymak,    1994       80      McMaster University
                                                   40   1994       83
S. Jons, R. Ramanathan, W. J. Schrenk, D. L. Headley, The Dow Chemical Company, 89
J. Dooley, R. Ramanathan,                          40   1994       89      The Dow Chemical Company
C. Reese,                                          40   1994       94      Dow Corning Corporation
K. E. Oliphant, W. E. Baker,                       40   1994      102      Queen's University
R. A. de Graaf, L. P. B. M. Janssen,               40   1994      108      University of Groningen
Y. Lu, J. A. Biesenberger, D. B. Todd,             40   1994      113      Stevens Institute of Technology
H. Kye, J. L. White,                               40   1994      116      The University of Akron
C. Maier, M. Lambla,D. Bigio,                      40   1994      123      GE Corporate Research and Development, EAHP-ULP, University of Mar
R. C Constable,                                    40   1994      127      BP Chemicals Inc.
P. J. Kim, J. L. White,                            40   1994      131      University of Akron
J. R. Thompson,                                    40   1994      142       Davis Standard-Division of Crompton Knowles Corporation
M Yagi,                                          40       1994        146         Toshiba Machine Co., Ltd.
J. R. Powers, M. A. Spalding, K. S. Hyun,        40       1994        151         The Dow Chemical Company
T. Jacobson, C. Rauwendaal,                      40       1994        156         Continuous Molding, Inc.
K. S. Hyun, M. A Spalding,                       40       1994        162         The Dow Chemical Company
                                                  Dumoulin,
R. Gendron, L. E. Daigneault, J. Tatibouet, M. M.40       1994        167         Industrial Materials Institute
J. Curry, A. Kiani,                              40       1994        172         Werner & Pfleiderer Corporation
V. A. Folwarczny, J. Gish, J. Witt,              40       1994        182         Intelligent Systems Application Center (ISAC), Witt Plastics Inc.
J. F. Stevenson, T. E. Codispoti, B. Chung,      40       1994        187         GenCorp Research
D. Wolf, J. Wortberg, M . Mahlke,R. Stehr,       40       1994        193         University of Essen, Bayer AG, MAAG Pump Systems AG
A. M. Sukhadia,                                  40       1994        202         Phillips Petroleum Company
P. P. Shirodkar, V. Firdaus, H. Fruitwala,       40       1994        211         Mobil Chemical Company
P. R. Mitchell, N. R. Schott,                    40       1994        218         Arlin Mfg. Co., Inc. The University of Massachusetts at Lowell
A. K. Babel, G. A. Campbell,                     40       1994        224         Clarkson University
W. Chinsirikul, T. C. Hsu, I. R. Harrison,       40       1994        229         The Pennsylvania State University
K. G. Powell,                                    40       1994        234         General Electric Corporate Research and Development
J. P. Christiano,                                40       1994        239         Davis Standard-Division of Crompton Knowles Corporation
S. Satija, C. S. Tucker,                         40       1994        248         Rohm and Haus Co. , Welding Engineers
D. Bigio, W. Baim, K. Wang,                      40       1994        256         University of Maryland
C. Rauwendaal,                                   40       1994        261         Rauwendaal Extrusion Engineering
W. Baim, D. Bigio,                               40       1994        266         University of Maryland
                                                  J.      1994
C. G. Gogos, M. Esseghir, D. W. Yu, D. B. Todd,40 E. Curry,           270         Polymer Processing Institute Werner & Pfleiderer Corporation
S. J. Derezinski,                                40       1994        278         Eastman Kodak Company
E. L. Steward,                                   40       1994        282         Davis Standard-Division of Crompton Knowles Corporation
                                                 40       1994        Spalding,
C. G. Gogos, M. Zafar, D. Sebastian, D. B. Todd, K. S. Hyun and M. A. 288         DMI, PPI and Dow
R. Rakos, S. K. Basu,                            40       1994        293         Polymer Processing Institute
C. Rauwendaal, J. Anderson,                      40       1994        298         Rauwendaal Extrusion Engineering, Inc.
                                                 40
J. Vlcek, J. Perdikoulias,J. Vlachopoulos,C. Tzoganakis, 1994         306         Compuplast Imternational, Brampton Engineering, McMaster University,
S. Zerafati, D. Bigio,                           40       1994        310         University of Maryland
A. Kiani, J. E. Curry,E. Grald,                  40       1994        318         Werner & Pfleiderer Corporation Fluent Inc.
M. A. Huneault, M. M. Dumoulin,                  40       1994        327         Industrial Materials Institute
                                                 40
T. A. Plumley, M. A. Spalding, J. Dooley, K. S. Hyun,     1994        332         The Dow Chemical Company
                                                 40       1994
A. Biswas, B. A. Davis, P. J. Gramann, L. Stradins, T. A. Osswald,    336         University of Wisconsin-Madison
R. W. Halle, D. S. Davis,                        41       1995         2          Exxon Chemical Company
J. L Rand,                                       41       1995         14         Winzen Engineering, Inc.
J. J. Wooster, B. A Cobler,                      41       1995         20         The Dow Chemical Company
E. L. Steward,                                   41       1995         25         Davis-Standard
W. W. Bode,                                      41       1995         32         Battenfeld-Gloucester Engineering
D. E. Smith, D. A. Tortorelli, C. L Tucker III,  41       1995         42         University of Illinois at Urbana-Champaign
F. Driver, A. P. Plochocki, S. I. Kogan,         41       1995         47         Polymer PLUS Lab and Stevens Institute of Technology
H. Gross                                         41       1995         51          Kunststoff-Verfahrenstechnik
A. Torres, A. Hrymak, J. Vlachopoulos,           41       1995         58         McMaster University
R. Shanker, R. Ramanathan,                       41       1995         65         The Dow Chemical Company
J. Dooley, K. Hughes,                            41       1995         69         The Dow Chemical Company
D. C. Lounsbury, A. G. Karafilidis,              41       1995         76         Davis-Standard
I. Klein, R. J. Klein,                           41       1995         81         Scientific Process and Research, Inc.
H. Gross,                                        41       1995         88         Kunststoff-Verfahrenstechnik
J. Curry,                                        41       1995         92         Werner & Pfteiderer Corporation
C. Y. Cheng                                      41       1995         98          Exxon Chemical Company
P. J. Gramann, A. C. Rios, T. A. Osswald,        41       1995        108         Polymer Processing Research Group
T. Li, I. Manas-Zloczower,                       41       1995        113         Case Western Reserve University
W. Michaeli, U Meierstrone                       41       1995        119         Institut fur Kunststoffverarbeitung
S. Zerafati, D. Bigio,                           41       1995        125         University of Maryland
F. H Ling,                                       41       1995        130         High-Technology Corporation
D.-W. Yu, M. Esseghir, C. G. Gogos,              41       1995        136         Polymer Processing Institute
J. L. Radovich, Jr.,                             41       1995        145         Davis-Standard
M. V. Karwe, V. Sernas,                           41       1995     150       Rutgers—The State University of New Jersey
W. A. Kramer,                                     41       1995     155       Davis-Standard
G. Nagarajan, G. A. Campbell,                     41       1995     162       Clarkson University
K. C Xing, H P. Schreiber,                        41       1995     167       Ecole Polytechnique de Montreal
T. J. Cowell, C. B. Brunner III,                  41       1995     171       Himont USA, Inc.
J. Perdikoulias, C. Tzoganakis,                   41       1995     176       Brampton Engineering, University of Waterloo
W. Michaeli, G. Schmitz,                          41       1995     181       Institut fur Kunststoffverarbeitung
L. Dietsche, J. Dooley,                           41       1995     188       The Dow Chemical Company
R. V. Chiruvella, Y. Jaluria, T. Sastrohartono,   41       1995     194       Rutgers—The State University of New Jersey
G. A. Campbell, D. Hunt, N. Dontula, S. Dunn, 41           1995     201       Clarkson University
M.-Y. Lyu, J. L. White,                           41       1995     208       University of Akron
E. Mitsoulis, G. Barakos,                         41       1995     217       University of Ottawa
                                                  41
S. A. Somers, M. A. Spalding, J. Dooley, K. S. Hyun,       1995     222       Dow Plastics
                                                  41
A. J. van der Goot, S. A. Klaassens, L. P. B. M. Janssen, 1995      232       University of Groningen
C. Maier,                                         41       1995     237       GE Plastics
B. Kim, J. L. White,                              41       1995     242       University of Akron
U. Barth, G. Scheel, M. Pahl,                     41       1995     250       Berstorff GmbH, University of Paderborn
                                                  41       1995
M. A. Spalding, K. S. Hyun, D. E. Kirkpatrick, S. R. Jenkins,       260       Dow Plastics
                                                  41
G. A. Campbell, G. Nagarajan, D. Small, J. Staples,        1995     268       Clarkson university. Eastman Chemical
S. J. Derezinski,                                 41       1995     286       Eastman Kodak Company
K S. Hyun, M A. Spalding, J. R. Powers,           41       1995     293       Dow Plastics
H. T. Chan, D. A. DuFresne,                       41       1995     302       3M Engineering Systems and Technology
E. L. Canedo, L. N. Valsamis,                     41       1995     312       Farrel Corporation
J. W. Cho, J. L White,                            41       1995     321       University of Akron
                                                  B.       1995
M. C. van der Burgt, M. E. van der Woude, L. P. 41 M. Janssen,      328       University of Groningen
C. G. Hagberg, .D. Bigio, M. Shah,                41       1995     333       Welding Engineers, inc, University of Maryland
X. Geng, Q. Yu,                                   41       1995     340       Beijing University of Chemical Technology
Y. S. Kim, C. I. Chung, S. Y. Lai, K. S. Hyun, 41          1995    1122       RPI & The Dow Chemical Company
D. M. Kalyon, H. Gokturk, P. Yaras, B. K. Aral, 41         1995    1130       Stevens Institute of Technology
C. E. Scott, C W. Macosko,                        41       1995    1135       MIT & University of Minnesota
D. Brunner, B. Poltersdorf,                       41       1995    1140       Brabenders, Inc.
B. A. Davis, T. A. Osswald,                       41       1995    1146       University of Wisconsin-Madison
J. Kang, D. I. Bigio, T. G. Smith,                41       1995    1988       University of Maryland
M. Esseghir, D.-W. Yu, C. G. Gogos,               41       1995    1994       Polymer Processing Institute
D. Bourry, B. D. Favis,                           41       1995    2001       Ecole Polytechnique de Montreal
L.-Y. Yang, D. Bigio, T. G. Smith,                41       1995    2010       University of Maryland
C. Maier, M. Lambla, K. Ilham,                    41       1995    2015       GE Plastics,EAHP-ULP
                                                  41       1995    2020       Industrial Materials Institute,
M. A. Huneault, M. F. Champagne, L. E. Daigneault, M. M. Dumoulin, National Research Council of Canada CNRC
W. Hellmuth,                                      42       1996      2        Battenfeld Gloucester Engineering Co., Inc.
J. W. Krause,                                     42       1996      8        FACTS, Inc.
J. J. Wooster, B. E. Simmons,                     42       1996      20       The Dow Chemical Company
V. Sidiropoulos, J. J. Tian, J. Vlachopoulos,     42       1996      31       McMaster University
M. G. Botros,                                     42       1996      40       Ouantum Chemical Company
B. A. Davis, T. A. Osswald,                       42       1996      54       University of Wisconsin-Madison
R. Ratnagiri, C. E. Scott,                        42       1996      59       Massachusetts Institute of Technology
Y. L. Joo, Y. D. Lee, T. H. Kwack, T. I. Min.     42       1996      64       Hanwha Chemical Corporation
H. U. Siegenthaler, T. Stropoli,                  42       1996      69       Buss AG, Buss(America), Inc.
M. B. DeBrule, L. Levitt, C. W. Macosko,          42       1996      84       University of Minnesota
R. Knittel,                                       42       1996      92       Black Clawson-Sano, Inc.
H. Mavridis,                                      42       1996     101       Black Clawson Sano, Inc.
B. Feron, D. Wolf, J. Wortberg,                   42       1996     106       University of Essen
A. Ghaneh Fard, P. J. Carreau, P. G. Lafleur, 42           1996     111       Ecole Polytechnique
B. A. Morris,                                     42       1996     116       DuPont Company
G. W. Kamykowski, S. Goto, M. S. Pucci,           42       1996     121       Extrudable Specialties Business Group
                                                  42
C. Rauwendaal, P. J. Gramann, T. A. Osswald and G. Tellez, 1996     128       Rauwendaal Extrusion Engineering, Inc., The Madison Group: PPRC, Univ
G. A. Campbell, C. Wang, D. Hunt, E. Leipold, 42             1996     136       Clarkson University
S. Zerafati, D. Bigio, T. W. Womer                  42       1996     143       University of Maryland, Spirex Corporanon
A. MacGregor, J. Vlachopoulos, J. Vlcek,            42       1996     148       McMaster University, Compuplast International, Inc.
A. Lawal, S. Railkar, D. M. Kalyon,                 42       1996     155       Stevens Institute of Technology
M. Y. Lyu, J. L. White,                             42       1996     160       University of Akron
L. Chen, J. T. Lindt,                               42       1996     170       University of Pittsburgh
H. Potente, J. Flecke,                              42       1996     178       University of Paderborn
C. Rauwendaal,                                      42       1996     184       Rauwendaal Extrusion Engineering, Inc.
 M. A. Spalding, K. S. Hyun, K. R. Hughes,          42       1996     191       Dow Plastics
K. S. Hyun, M. A. Spalding, C. E. Hinton,           42       1996     199       Dow Plastics
Y. S. Kim, C. I. Chung, S. Y. Lai, K. S. Hyun,      42       1996     207       Rensselaer Polytechnic Institute, The Dow Chemical Company
                                                    42
Y. S. Kim, C. I. Chung, S. Y. Lai, T. I. Butler, K. S. Hyun, 1996     216       Rensselaer Polytechnic Institute & The Dow Chemical Company
                                                    42       1996     224
R. Ramanathan, R. Shanker, T. Rehg, S. Jons, D. L. Headley, W. J. Schrenk,      The Dow Chemical Company
A. Gupta, I. R. Harrison, T.C. Hsu,                 42       1996     229       The Pennsylvania State University & Polymics, Ltd
J. Dooley, K. Hughes,                               42       1996     236       The Dow Chemical Company
                                                    42
A. Kiani, J. Bartl, R. Sauter, R. Munz, P. Heidemeyer,       1996     241       Werner & Pfeiderer GmbH
B. L. Koziey, J. Vlachopoulos, J. Vlcek, J. Svabik, 42       1996     247       Polydynamics, Inc.& Compuplast International, Inc.
W. A. Gifford,                                      42       1996     253       Extrusion Dies, Inc.
C. C. Huang,                                        42       1996     260       National Kaohsiung Institute of Technology
H. Huang,                                           42       1996     265       South China University of Technology
Y. J. Sun, G. H. Hu, M. Lambla,                     42       1996     270       Ecole d'Application Deb Hauts Polymeres
M. Lu, J. R. Collier, B. J. Collier,                42       1996     277       Louisiana State University
B. Wong, W. E. Baker,                               42       1996     283       Queen's University
C. G. Hagberg, J. L. Dickerson,                     42       1996     288       Welding Engineers, Inc.& Monsanto Company
L. Chen, G. H. Hu, J. T. Lindt,                     42       1996     295       University of Pittsburgh
Y. Yu, K. J. Choi,                                  42       1996     305       Tennessee Technological University
H. Kye, J. L. White,                                42       1996     309       The University of Akron
S-H. Lee, J. L. White                               42       1996     316       The University of Akron
G. Gasner, D. Bigio, C. Kiehl, F. Magnus,           42       1996     324       University of Maryland The Goodyear Tire & Rubber Company
M. A. Huneault, R. Gendron, L. E. Daigneault, 42             1996     329       Industrial Materials Institute
H. Potente, U. Melisch, J. Flecke,                  42       1996     334       University of Paderborn
T. Motoda, M. Ishihara, T. Sugaya, Y. Deguchi, 42            1996     338       Sekisui Chemical Co., Ltd.
C. T. Yang, T. G. Smith, D. I. Bigio, C. Anolick, 42         1996     350       University of Maryland DuPont Central R&D
T. F. Bash, R. Cornejo                              42       1996     356       Welding Engineers, Inc. ARCO Chemical Company
J. Cheng, D. I. Bigio, R. M. Briber,                42       1996     365       University of Maryland
A. Kobayashi, J. Ishibashi,                         42       1996     370       Toshiba Machine Co., Ltd.
L. N. Valsamis, E. L. Canedo,                       42       1996     376       Farrel Corporation
A. Lawal, S. Railkar, P. Yaras, D. M. Kalyon,       42       1996     381       Stevens Institute of Technology
                                                    42
J. Ishibashi, A. Kobayashi, T. Yoshikawa, K. Shinozaki, 1996          386       Toshiba Machine Co., Ltd.
T. Motoda, M. Ishihara, T. Sugaya, Y. Deguchi, 42            1996     391       Sekisui Chemical Co., Ltd.
T. Motoda, M. Ishihara, T. Sugaya, Y. Deguch, 42             1996     399       Sekisui Chemical Co., Ltd.
C. Rauwendaal, G. Armstrong, S. Unruh,              42       1996     406       Integrated Extrusion Engineering, Inc.
T. W. McCullough, M. A. Spalding,                   42       1996     412       The Dow Chemical Company
S. J. Derezinski,                                   42       1996     417       Eastman Kodak Company
V. Sernas, L. Xiao, P. Lin, Y. Jaluria,             42       1996     422       Rutgers University
                                                    42       1996     427       Werner Pallas, M. Sahoub, of Zeuner,,
A. Kiani, U. Burkhardt, P. Heidemeyer, O. Franzheim, T. Rische, M. Stephan, H. Baetz, R.& Pfleiderer, Institut A. Polymer Research Dresden read Dresden T
                                                     S.
D. B. Todd, C. G. Gogos, M. Esseghir, D. W. Yu,42 Widagdo,   1996     435       Polymer Processing Institute at Stevens
K. Mizunuma, M. Yagi, S. Nitta,                     42       1996     440       Toshiba Machine Co., Ltd.
K. Luker,                                           42       1996     445       Randcastle Extrusion Systems, Inc.
A. M. Sukhadia,                                     43       1997      2        Phillips Petroleum Company
K. Song, J. L. White,                               43       1997      11       The University of Akron
M. Amon,                                            43       1997      17       Mobil Chemical Co.
T. J. Cowell,                                       43       1997      23       Montell Polyolefins USA Inc.
R. Lusignea, J. Perdikoulias                        43       1997      28       Superex Polymer, Inc. , Brampton Engineering
J. R. Powers, M. A. Spalding, T. E. Wessel,         43       1997      34       Dow Plastics
S. J. Derezinski,                               43       1997          43    Eastman Kodak Company
J. Wortberg, R. Michels,                        43       1997          48    University of Essen
K. C. Xing, W. Wang, H. P. Schreiber,           43       1997          53    Ecole Polytechnique, Montreal
D. E. Priester,                                 43       1997          58    DuPont Dow Elastomers
J. Horns,                                       43       1997          64    Dyneon
J. P. Christiano, M. Lindenfelzer,              43       1997          78    Davis Standard Corporation
M. Chandrasekaran, M. V. Karwe,                 43       1997          84    Rutgers University
Y. Xie, D. Tomayko, D. I. Bigio, G. Batch,      43       1997          89    University of Maryland & 3M Inc.
A. Kiani, P. Heidemeyer, R. Pallas              43       1997          94    Werner & Pfleiderer, Institute for Radiation Protection Physics
M. A. Huneault,                                 43       1997         100    National Research Council of Canada
M. H. Kim, S. Widagdo,                          43       1997         105    Stevens Institute of Technology
H. Potente, J. Flecke,                          43       1997         110    University of Paderborn
D. B. Todd,                                     43       1997         116    Polymer Processing Institute
C. I. Chung,                                    43       1997         121    Rensselaer Polytechnic Institute
                                                43
J. Anderson, C. Rauwendaal, M. del Pilar Noriega,        1997         127    Ranwendaal Extrusion Engineering, Inc. Instituto de Capacitacion e. Invest
H. Potente, B. Krell,                           43       1997         135    Universitat GH Paderborn
P. R. Larnont,                                  43       1997         140    Battenfeld Gloucester Engineering
D. Strutt, C. Tzoganakis, T. A. Duever,         43       1997         146    University of Waterloo
D. S. Bang, M. H. Hong, J. L. White,            43       1997         151    The University of Akron
C. T. Yang, D. I. Bigio,                        43       1997         156    Formosa Plastics Corporation, University of Maryland
J. Cheng, D. I. Bigio, R. M. Briber,            43       1997         162    University of Maryland
R. Ratnagiri, C. E. Scott,                      43       1997         170    Massachusetts Institute of Technology
J. Cheng, Y. Xie, D. I. Bigio, R. M. Briber,    43       1997         175    University of Maryland
D.W. Yu, M. Esseghir, J. Curry,                 43       1997         181    Stevens Institute of Technology Werner & Pfleiderer Corporation
 K. A. Klinger, M. D. Wolkowicz, A. A. Adewole, 43       1997         187    Montell Polyolef ns
 I. Manas Zloczower, H. Cheng,                  43       1997         196    Case Western Reserve University
M. A. Spalding, K. S. Hyun, B. R. Cohen,        43       1997         202    Dow Plastics
K. S. Hyun, M. A. Spalding,                     43       1997         211    Dow Plastics
Y. Jaluria, Y. Liu, R. V. Chiruvella,           43       1997         219    Rutgers University
                                                A.
D. Penumadu, J. Yamamuro, A. E. Abrantes, G. 43 Campbell,1997         224    Clarkson University
X. Geng, Q. Guo, P. Zhang,                      43       1997         231    Beijing University of Chemical Technology
P. Andersen, E. Haring, K. Kapfer,              43       1997         238    Werner & Pfleiderer Corporation,Werner & Pfleiderer GmbH
R. Gendron, D. Binet                            43       1997         243    Industrial Materials Institute, NRC, University of Sherbrooke
J. Ishibashi, A. Kobayashi, T. Yoshikawa,       43       1997         248    Toshiba Machine Co., Ltd.
T. Stropoli, J. Wolfe,                          43       1997         254    Buss (America), Inc.
T. A. Hogan, N. L. Bradley,                     43       1997         265    Dow Plastics
F. M. Galle, J. L. White,                       43       1997         271    University of Akron
A. Imthurn,                                     43       1997         278    Maag Pump Systems of America, Inc.
A. Kiani, J. Bartl, R. Sauter,                  43       1997         283    Werner & Pfleiderer
T. P. Harrington,                               43       1997         285    C + H Engineers, Inc.
D. E. Carter,                                   43       1997         290    Don E. Carter P.E.
N. S. Rao, T. Ruegg R. S. Tetro, K. T. O'Brien, 43       1997         293    Plastics Solutions International, Winding TechnologyAG, Black Clawson In
P. B. Kuyl,                                     43       1997         298    Daikin America Inc.
J. Perdikoulias, C. Tzoganakis,                 43       1997         303    Brampton Engineering, University of Waterloo
D. A. Andrejewski,                              43       1997         308    Dow Corning Corporation
U. Lang, W. Michaeli,                           43       1997         315    Institut fur Kunststoffverarbeitung
F. Ling,                                        43       1997         320    High Technology Corporation
J. Powers, J. Dooley,                           43       1997         328    The Dow Chemical Company
                                                43
A. Rincon, A. N. Hrymak, J. Vlachopoulos, J. Dooley,     1997         335    McMaster University, The Dow Chemical Company
S. J. Derezinski,                               43       1997         341    Eastman Kodak Company
J. Lu, C. M. F. Barry, S. A. Orroth,            43       1997         347    University of Massachusetts Lowell
J. Perdikoulias, C. Tzoganakis,                 43       1997         351    Brampton Engineering, University of Waterloo
W. A. Gifford,                                  43       1997         356    Extrusion Dies, Inc.
                                                43       1997
R. Gendron, L. Piche, A. Ha~nel, M. M. Dumoulin, J. Tatibouet,       2254    Industrial Materials Institute, NRC
                                                43       1997        2259
A. Sahnoune, L. Piche, A. Hamel, R. Gendron, L. E. Daigneault, L. M. Caron   Industrial Materials Institute, NRC, OC Celfortec
X. Lu, L. Fong, H. H. Chiang,                     43       1997         2264      Gintic Institute of Manufacturing Technology
K. A. Narh, L. Sridhar,                           43       1997         2273      New Jersey Institute of Technology
K. B. Migler, A. J. Bur,                          43       1997         2278      National Institute of Standards and Technology
D. M. Kalyon, H. Gokturk, I. Boz,                 43       1997         2283      Stevens Institute of Technology
U. Lang, W. Michaeli,                             43       1997         2289      Institut fur Kunststoffverarbeitung
C. Roux, M. A. Huneault, M. F. Champagne,         44       1998          2        Industrial Materials Institute
M. A. Huneault, P. G. Godfroy, P. G. Lafleur,     44       1998          7        Industrial Materials Institute, Ecole Polytechnique de Montreal
A. Kiani, S. Bakalis, M. V. Karwe,                44       1998          12       Krupp Werner & Pfleiderer Corporation, Rutgers, The State University of N
                                                  44
T. Rische, M. Stephan, U. Burkhardt, P. Heidemeyer,        1998          17       Institute of Polymer Research Dresden Werner & Pfleiderer GmbH
D. M. Swann, D. I. Bigio, F. L. Magnus, C. Kiehl, 44       1998          21       University of Maryland, The Goodyear Tire and Rubber Company
E. W. Kuijk, P. P. Tas, P. Neuteboom,             44       1998          30       DSMResearch B. V.
B. A. Morris, J. D. Vansant,                      44       1998          35       DuPont Company
H. Mavridis,                                      44       1998          41       Equistar Chemicals, LP
G. Panagopoulos, Jr.,                             44       1998          45       Montell USA Inc.
A. Kiani, J. E. Curry, P. G. Andersen,            44       1998          48       Krupp Werner & Pfleiderer Corporation
G. Shearer, C. Tzoganakis,                        44       1998          55       University of Waterloo
J. Cheng, Y. Xie, D. Bigio, A. Lee, P. Andersen, 44        1998          60       University of Maryland, Werner & Pfleiderer
S. Bawiskar, J. L. White,                         44       1998          65       Institute of Polymer Engineering
X. Geng, L. Zhu,                                  44       1998          70       Beijing University of Chemical Technology
C. I. Chung, T. M. Powell, C. L. Werling,         44       1998          76       Rensselaer Polytechnic Institute, The Dow Chemical Company
T. W. Womer, G. L. Harrah,                        44       1998          81       Spirex Corporation
D. C. Clark, K. Geramita, W. E. Baker,            44       1998          87       Queen's University
W. A. Kramer,                                     44       1998          92       American Kuhne, Inc.
P. Fan, J. Vlachopoulos, N. Smith H. Sheth        44       1998          97       McMaster University Polydynamics Inc HPM Corporation.
C. Rauwendaal, P. Gramann                         44       1998         102       Rauwendaal Extrusion Engineering, Inc. The Madison Group: PPRC
V. Sidiropoulos, P. E. Wood, J. Vlachopoulos, 44           1998         108       McMaster University
B. Bian, A. Co,                                   44       1998         113       University of Maine
B. A. Morris,                                     44       1998         118       DuPont
J. Hauck, W. Michaeli,                            44       1998         123       Institute for Plastics Processing (IKV)
C. M. Beagan, G. M. McNally, W. R. Murphy,        44       1998         128       The Queen's University of Belfast
R. A. Barr,                                       44       1998         134       Robert Barr, Inc.
M. A. Spalding, K. S. Hyun, R. Hoffmann           44       1998         136       Dow Plastics, Orbita-Film GmbH
S. J. Derezinski,                                 44       1998         142       Eastman Kodak Company
V. Rauschenberger,                                44       1998         150       BASF AG
S. Rhee, J. L. White,                             44       1998         155       Institute of Polymer Engineering
A. M. Sukhadia,                                   44       1998         160       Phillips Petroleum Company
                                                  44       1998
N. Legros, A. Ghaneh-Fard, K. C. Cole, A. Ajji, M. M. Dumoulin,         169       Industrial Materials Institute
                                                  44       1998
R. A. Shanks, K. M. Drummond, J. Hopewell, J. O'Leary, F. Cser,         174       RMIT University
C-H. Yao, I. Manas-Zloczower,                     44       1998         178       Case Western Reserve University
E. K. Hobbie, K. B. Migler,                       44       1998         183       National Institute of Standards and Technology
A. Rom-Roginski, C. J. B. Dobbin,                 44       1998         189       Colortech, Inc. Industrial Research & Development Institute
J. Cheng, R. Sanchez, S. Zerafati, D. I. Bigio, 44         1998         198       University of Maryland
                                                  44       1998         205       University of Toronto, Macro Engineering and Technology Inc.
S. T. Balke, J. Hu, S. Joseph, A. Karami, R. Salerni, M. Planeta, J. Suhay, H. Tamber,
S. Dairanieh, A. J. McHugh, A. K. Doufas,         44       1998         212       University of Illinois
J. L. Zryd, J. Dooley,                            44       1998         217       The Dow Chemical Company
                                                  44
C. Rios, P. J. Gramann, E. Stanfield, T. A. Osswald,       1998         222       University of Wisconsin-Madison
D. Strutt, C. Tzoganakis, T. A. Duever,           44       1998         227       University of Waterloo
A. Suwa, C. E. Scott,                             44       1998         232       Massachusetts Institute of Technology
T. Wolff, W. Michaeli,                            44       1998         237       Institute for Plastics Processing (IKV)
J. A. Colbert                                     44       1998         242       Betol Machinery Ltd.
D. Cykana, S. Schick                              44       1998         247       Bemis Mfg. Co.
J-H. Oh, I. Park,                                 44       1998         256       SK Corporation
                                                  44
A. C. Rios, T. A. Osswald, M. P. Noriega, O. A. Estrada, 1998           262       University of Wisconsin-Madison, Instituto de Capacitacion e Investigacion
G. Harrah, T. Womer,                              44       1998         267       Spirex Corporation
                                                  44       1998
S. A. Somers, M. A. Spalding, K. R. Hughes, J. D. Frankland, Jr.,       272       Dow Plastics, NewCastle Industries
C. Rauwendaal, T. Osswald, P. Gramann, B. Davis, 44        1998      277        Rauwendaal Extrusion Engineering Inc. University of Wisconsin-Madison, T
C-Y. W. Anthony, T. Liu,                         44        1998      284        The University of Hong Kong Sichuan Union University
W. A. Gifford,                                   44        1998      290        Extrusion Dies, Inc.
Y. D. Rubin, T. M. Marchal,                      44        1998      299        Polyflow S.A.
D. Schlafli,                                     44        1998      304        Nokia-Maillefer S.A.
A. Limper, H. Stieglitz,                         44        1998      309        University of Paderborn
H. H.-K. Lo, C-M. Chan, S-H. Zhu,                44        1998      314        Hong Kong University of Science and Technology
E. L. Steward,                                   44        1998      320        American Kuhne Corporation
D. R. Hinrichs, G. Woodcock, A. Robinson,        44        1998      325        Plastex Consulting Services Dynisco GPSC
N. Naffah, P. Blume,                             44        1998      330        Maag Pump Systems, Textron AG
                                                 44        1998
E. C. Brown, T. L. D. Collins, A. J. Dawson, P. Olley, P. D. Coates, 335        University of Bradford
C. Rauwendaal, K. Cantor,                        44        1998      340        Rauwendaal Extrusion Engineering, Inc., Pennsylvania College of Technolo
J. Grenci and D.B. Todd                          45        1999       2         Polymer Processing Institute
C. Rosales, R. Perera, and H. Rojas              45        1999       7         Universidad Simo Bolivar
G. Shearer and C. Tzoganakis                     45        1999       12        University of Waterloo
D. Strutt, C. Tzoganakis, and T.A. Duever        45        1999       17        University of Waterloo
B.H. Lee and J.L. White                          45        1999       22        University of Akron
S.S. Woods and S.E. Amos                         45        1999       28        Dyneon LLC
B.A. Morris                                      45        1999       34        DuPont Packaging and Industrial Polymers
H. Mavridis                                      45        1999       41        Equistar Chemicals, LP
B. Schumann and J.J. Wooster                     45        1999       46        The Dow Chemical Company
J. Wooster                                       45        1999       52        The Dow Chemical Company
A. Munot, J.L. Mead, S.A. Orroth, and R.G. Stacer45        1999       58        University of Massachusetts Lowell
                                                 45        1999
M.P. Reddy, E.G. Schaub, L.G. Reifschneider, and H.L. Thomas          63        Computational Mechanics Company, Inc., Illinois State University, and Alta
A. Lawal, S. Railkar, and D.M. Kalyon            45        1999       68        Stevens Institute of Technology
G. Shearer and C. Tzoganakis                     45        1999       73        University of Waterloo
S. Kim and J.M. Dealy                            45        1999       78        McGill University
M. Gupta                                         45        1999       83        Michigan Technology University
C.M. Beagan, G.M. McNally, W.R. Murphy           45        1999       90        The Queen's University of Belfast
W.G. Todd, W.R. Podborny, J.V. Krohn             45        1999       95        Equistar Chemicals, LP
S. Shang, E. Chim, T. Yang, and L. Woo           45        1999      101        Baxter Healthcare Corp.
C. Sparacino                                     45        1999      106        Davis-Standard Corporation
M.U. Gaul, Jr.                                   45        1999      118        Polymer Processing Associates, Inc.
T.A. Hogan, M.A. Spalding, K.S. Hyun, M.J. Hall 45         1999      124        The Dow Chemical Company
K.R. Slusarz, C.A. Ronaghan, and J.P. Christiano 45        1999      130        Davis-Standard Corporation
                                                 45
M. del Pilar Noriega, T.A. Osswald, and O.A. Estrada       1999      135        University of Wisconsin - Madison and ICIPC
H.R. Sheth                                       45        1999      140        HPM Corporation
M.R. Thompson, G. Donoian, and J.P. Christiano   45        1999      145        Davis-Standard Corporation
H.E. Burch and C.E. Scott                        45        1999      152        Massachusetts Institute of Technology
                                                 45
J.A. Myers, R.A. Barr, M.A. Spalding, and K.R. Hughes 1999           157        Glycon, Barr, Inc., The Dow Chemical Company
                                                 45
P. Gramann, B. Davis, T. Osswald, and C. Rauwendaal 1999             162        The Madison Group: PPRC, University of Wisconsin - Madison
                                                 45        1999      167        and O.A. Estrada
C. Rauwendaal, A. Rios, T. Osswald, P. Gramann, B. Davis, M. del Pilar Noriega, Rauwendaal Extrusion Engineering, Inc., University of Wisconsin - Madison
R. Ratnagiri, C.E. Scott, and C.K. Shih          45        1999      177        Massachusetts Institute of Technology and E.I. Du Pont de Nemours & Co
S.J. Derezinski                                  45        1999      184        Eastman Kodak Company
M.A. Spalding, J. Dooley, and K.S. Hyun          45        1999      190        The Dow Chemical Company
E.L. Steward                                     45        1999      195        American Kuhne Corporation
C. Rauwendaal and R. Sikora                      45        1999      200        Rauwendaal Extrusion Engineering, Inc. and Technical University of Lublin
T. Brouwer and D.B. Todd                         45        1999      206        Polymer Processing Institute and University of Groningen
                                                 45
J. Gao, G.C. Walsh, D. Bigio, R.M. Briber, and M.D. Wetzel 1999      211        University of Maryland and E.I. Du Pont de Nemours & Company, Inc.
S. Bakalis and M.V. Karwe                        45        1999      216        Rutgers, The State University of New Jersey
G.S. Dononian and J.P. Christiano                45        1999      220        Davis-Standard Corporation
F.R. Burbank and S.M. Jackson                    45        1999      225        Krupp Werner & Pfleiderer Corp.
F. Busby, K.R. Hughes, and K.S. Hyun             45        1999      230        The Dow Chemical Company
M. Favelukis                                     45        1999      236        National University of Singapore
A.J. Wagner and C.E. Scott                       45        1999      240        Massachusetts Institute of Technology
A.C. Rios and T.A. Osswald                       45       1999         245     University of Wisconsin - Madison
D. Nichetti and I. Manus-Zloczower               45       1999         250     Case Western Reserve University
S. Smith and D. Stolle                           45       1999         255     McMaster University
W.A. Gifford                                     45       1999         262     Extrusion Dies, Inc.
J. Ivey                                          45       1999         264     Black Clawson Converting Machinery LLC
W.A. Kramer                                      45       1999         268     American Kuhne Corporation
E.L. Canedo                                      45       1999         310     PolyTech
A. Lawal, S. Railkar, and D.M. Kalyon            45       1999         317     Stevens Institute of Technology
T. Avalosse and Y. Rubin                         45       1999         322     Polyflow S.A.
J. Hennes and W. Michaeli                        45       1999         328     IKV
                                                 45
W.G. Yao, S. Tanifuji, K. Takahashi, and K. Koyama        1999         333     Yamagata University
J.T. Lindt                                       45       1999         341     University of Pittsburgh
T.I. Butler                                      45       1999         274     The Dow Chemical Company
E.M. Mount III                                   45       1999         281     Mobil Chemical Company
B.A. Feiertag                                    45       1999         283     Oklahoma University and Web Handling Associates, Inc.
R. Palmer                                        45       1999         304     New Castle Industries, Inc.
M. Bories, P.G. Lafleur, and M.A. Huneault       45       1999         350     Ecole Polytechnique de Montreal and Industrial Materials Institute
E.K. Kim and J.L. White                          45       1999         355     University of Akron
                                                 45
D. Tomayko, D. Knoeller, L. Ridzon, R. Mudalamane, and1999D. Bigio     360     University of Maryland
K. Shon and J.L. White                           45       1999         365     University of Akron
L. Zhu and X. Geng                               45       1999         370     Beijing University of Chemical Technology
A.M. Sukhadia                                    45       1999         376     Phillips Petroleum Company
R.K. Krishnaswamy and A.M. Sukhadia              45       1999         382     Phillips Petroleum Company
K. Canning, B. Bain, and A. Co.                  45       1999         386     University of Maine
V. Patel, S. Mehta, S.A. Orroth, S.P. McCarthy 45         1999         391     University of Massachusetts Lowell
H.V. Pol, C.S. Cavin, A.A. Ogale, and P.L. Dawson45       1999         396     School of Chemical and Materials Engineering and Clemson University
T.H. Kwack                                       45       1999         401     Union Carbide Corporation
                                                 46
J. Gao, G.C Walsh, D. Bigio, R.M. Briber, and M.D. Wetzel 2000          2      University of Maryland and E.I. Du Pont de Nemours and Company
A. Kiani, M. Mours, J. Hofmann, R. Kuehn         46       2000          7      Coumpounding Enginerring Solutions, BASF AG, and Krupp Werner & Pfle
J. Flecke and H. Potente                         46       2000          14     University of Paderborn
T. Avalosse, Y. Rubin, and L. Fondin             46       2000          19     Polyflow s.a.
                                                 46       2000          24
P.G. Lafleur, F. Berzin, M. Grmela, S.R. Tremblay, F. Berzin, and B. Vergnes   Ecole des Mines de Paris
P. Elkouss, D. Bigio, G. Walsh, and P. Anderson46         2000          29     University of Maryland and Krupp Werner and Pfleiderer
J. Dooley and K. Hughes                          46       2000          36     The Dow Chemical Company
                                                 46
A. Sarioglu, A. Luciani, J.-A. E. Manson, and D. Schlafli 2000          41     Ecole Polytechnique Federale de Lausanne and Nextrom
                                                 46
C. Tzoganakis, M. Zatloukal, P. Saha, and J. Perdikoulias2000           46     University of Waterloo, Technecial University of Brno, and Compuplast Can
J. Powers, J. Dooley, C. Reinhardt, and G. Oliver46       2000          51     The Dow Chemical Company and G1420.
X. Guo and R. Stehr                              46       2000          56     Diag Corporation
H.G. Gross and Heinz Gross                       46       2000          61     Kunststoff-Verfahrenstechnik
J. Sun, C. Waucquez, and Y. Rubin                46       2000          66     Fluent Inc. and Polyflow s.a.
W.A. Gifford                                     46       2000          71     Dieflow
J.P. Christiano and M.R. Thompson                46       2000          78     Davis Standard Corporation
S.J. Derezinski                                  46       2000          83     Eastman Kodak Company
W. Song, J Perdikoulias, and M. Planeta          46       2000          89     Futuresoft Technologies Inc., Compuplasr Canada Inc., and Macro Engine
S. Zhang and V. Sernas                           46       2000          94     Rutgers
H. Potente and W. Tobben                         46       2000          99     University of Paderborn
P. Samsonkova and J. Vlcek                       46       2000         106     University Brno and Compuplast International
C. Rauwendaal and P. Gramann                     46       2000         111     Rauwendaal Extrusion Engineering, Inc. and The Madison Group
C. Rauwendaal and K. Cantor                      46       2000         117     Rauwendaal Extrusion Engineering, Inc. and Pennsylvania College of Tech
H.S. Kim, C.I. Chung, and T.I. Butler            46       2000         124     Rensselaer Polytechnic Institute and The Dow Chemical Company
M.R. Thompson and J.P. Christiano                46       2000         129     Davis Standard Corporation
C.G. Gogos and M.H. Kim                          46       2000         134     Polymer Processing Institute and LG Chemical Ltd.
M.H. Kim and C.G Gogos                           46       2000         139     LG Chemical Ltd and Polymer Processing Institute
K.R. Slusarz, J.P. Christiano, and S.E. Amos     46       2000         144     Davis Standard Corporation and Dyneon LLC
Z. Linjie and G. Xiaozheng                       46       2000         149     Beijing University of Chemical Technology
T.I. Butler                                      46       2000        156        The Dow Chemical Company
Y. Trouilhet and B.A. Morris                     46       2000        165        E.I. Du Pont de Nemours & Company
W.J. Koros                                       46       2000        175        University of Texas at Austin
C.Y. Lin, M.C. Chen, and A.K. Mehta              46       2000        180        ExxonMobil Chemical Company
S.S. Woods and A.V. Pocius                       46       2000        191        Dyneon LLC and 3M Company
J. Taylor and J.J. Baik                          46       2000        209        Nova Chemicals Corporation and Brampton Engineering
E. Tizon, D. Bigio, and L. Kasehagen             46       2000        218        University of Maryland and Elf Atochem N.A.
B.J. Kim and J.L. White                          46       2000        224        University of Akron
B.H. Lee and J.L. White                          46       2000        229        University of Akron
M. Cansever and U. Yilmazer                      46       2000        234        Middle East Technical University
J.A. Radosta and E. Beecher                      46       2000        239        Specialty Minerals Inc. and Krupp Werner & Pfleiderer
G. Shearer and C. Tzoganakis                     46       2000        248        University of Waterloo
                                                 46
M.A. Spalding, J.R. Powers, P.A. Wagner, and K.S. Hyun 2000           254        The Dow Chemical Company
T.W. Womer, J.R. Wagner, G. Harrah, and D. Reber 46       2000        259        TWW, J.V.W. Enterprises, Inc., Spirex Corp., and Milacron, Inc.
P.H.M. Elemans and J.M. van Wunnik               46       2000        265        DSM Research
W. Song                                          46       2000        270        Extensional Flow Mixer Inc.
C.A. Thibodeau and P.G. Lafleur                  46       2000        276        Ecole Polytechnique de Montreal
I. Gestring nd D. Mewes                          46       2000        282        University of Hanover
M. McBrearty, A. Bur, and S. Roth                46       2000        287        Chemical ElectroPhysics Corp. and National Institute for Standards and Te
H. Potente and R. Reckert                        46       2000        292        University of Paderborn
                                                 46
L.J. Trainer, S. Orroth, N. Schott, and D. Beauregard     2000        297        University of Massachusetts at Lowell and NUWCDDIVNPT
B.G. Risch, T. Auvray, and D. Ammons             46       2000        302        Alcatel
C. Rauwendaal                                    46       2000        307        Rauwendaal Extrusion Engineering, Inc.
V. Sidiropoulos and J. Vlachopoulos              46       2000        312        McMaster University
A.K. Doufas and A.J. McHugh                      46       2000        316        University of Illinois
H. Mavrides and R. Shroff                        46       2000        321        Equistar Chemicals, LP
K. Canning and A. Co                             46       2000        326        University of Maine
C.K. Chai, J.-L.L. Selo, and E. Osmont           46       2000        331        BP Amoco Chemicals
R.K. Krisnaswamy and M.J. Lamborn                46       2000        336        Phillips Petroleum Company
K. Cantor                                        46       2000        341        Pennsylvania College of Technology
D.C. Lounsbury                                   46       2000        346        Davis Standard Corporation
A. Ajji                                          46       2000        352        National Research Council Canada
E. Embleton and S. Axelrod                       46       2000        357        Honeywell Measurex
J.M. Dealy                                       46       2000        362        McGill University
E. Steward                                       46       2000        364        American Kuhne Corp.
                                                 46       2000        368         and C.F. Diehl
K.A. Koppi, M.A. Spalding, M.D. Cassiday, K.R. Hughes, T.P. Karjala, S.R. Betso, The Dow Chemical Company
                                                 46
M.A. Huneault, F. Mighri, G.H. Ko, and F. Wantanabe       2000        373        National Research Council Canada and Mitsubishi Chemicals Corporation
L. Placek, J. Svabik, and J. Vlcek               46       2000        378        VUT Brno and Compuplast International, Inc.
R.J. Brown                                       46       2000        383        Formtech Enterprises
K.P. Adewale, and R. Roberts                     46       2000        388        Nova Chemicals Inc.
H.G. Gross and Heinz Gross                       46       2000        393        Messtechnik
S.T. Lee                                         46       2000        400        Sealed Air Corporation
P. Palmer                                        46       2000        408        New Castle Industries Inc.
J.R. Beren and V.V. DeMaio                       46       2000        413        Montell Polyolefins
M. Deopura and C. Scott                          46       2000        418        Massachusetts Institute of Technology
J.A. Colbert                                     46       2000        423        Davis Standard Corporation
                                                 White, J.W. Cho, and D.R. Paul Southern Clay Products, University of Akron, and The University of Texas a
H.R Dennis, D.L. Hunter, D. Chang, S. Kim, J.L. 46        2000        428
G.W. Kamykowski                                  46       2000        434        Rohm & Hass Company/Morton International, Inc.
S. Kenig, A. Ophir, F. Wiener, and M. Omer       46       2000        438        Israel Plastics & Rubber Center
M. Hartmann and N. Whiteman                      47       2001         2         Cargill Dow, LLC
W.W. Yau and D. Gillespie                        47       2001         7         Cheveron Chemical Company LLC
K.R. Frey, G.D. Jerdee, and C.D. Cleaver         47       2001         19        Cheveron Phillips Chemical Company
B.A. Morris and N. Suzuki                        47       2001         25        E.I. Du Pont de Nemours & Company, INC. and DuPont Polychemicals Co
R.W. Halle and K.M. Cable                        47       2001         36        ExxonMobil Chemical Company and Blue Ridge Paper Products
M. Zatloukal, P. Saha, J. Vlcek, and             47       2001         44        Brno University of Technology, Compuplast International, Inc., and Univers
C.Tzoganakis
W.A Gifford                                   47   2001   49    Dieflow
D.Beaumier, P.G. Lafleur, C.A. Thibodeau      47   2001   54    Ecole Polytechnique de Montreal
J.M. Nobrega, O.S. Carneiro, F.T. Pinho,      47   2001   59    Universidade do Monho, Universidade do Porto, and Universidade da Beira
and P.J. Oliveira
R.J. Castillo                                 47   2001   64    Dual Spiral Systems, Inc.
R.-Y. Chang, C.-S. Ke, W.-H. Yang, W.-l.      47   2001   69    National Tsing-Hua University and CoreTech System Co., Ltd.
Yang, and D.C. Hsu
F. Ohlendorf, J. Hauck, W. Michaeli           47   2001   74    Institut fur Kunststoffverarbeitung (IKV)
H.G. Gross                                    47   2001   79    Heinz Gross Kunststoff-Verfahrenstechnik
S. Sidiropoulus, Z. Wahab, and J.             47   2001    86   McMaster University
Vlachopoulos G.A Campbell, D.H.
M.D. Bullwinkel,                              47   2001    92   Clarkson University
Rasmussen, andClarke, G. Garrett, G.M.
M. Billham, A.H. C.J. Brancewitz              47   2001    96   The Queen's University of Belfast
McNally, and W.R. Murphy
K.L. Williams                                 47   2001   101   Equistar Chemicals, LP
G.W. Kamykowski                               47   2001   106   Rohm & Haas Company
R.K. Krishnaswamy                             47   2001   111   Cheveron Phillips Chemical Company, LP
W.G. Todd and W.R. Podborny                   47   2001   116   Equistar Chemicals, LP
B. Qian and C.G. Gogos                        47   2001   124   Polymer Processin Institute
M.J. Rogers, K.W. Koelling, M.D. Read,        47   2001   129   The Ohio State University and The Dow Chemical Company
and M.A. Spalding Bain
C.G. Gogos and B.                             47   2001   134   Polymer Processin Institute
D.-W. Yu, S.H. Kim, and J. Curry              47   2001   139   Plasmion Corp., Polymer Processing Institute, Werner & Pfleiderer Corp.
M.H. Kim and C.G. Gogos                       47   2001   145   LG Chemical Ltd and Polymer Processing Institute
G.A. Campbell, H. Cheng, C. Wang, M.          47   2001   152   Clarkson University
Bullwinkel, and M.A. te-Riele
A. Lawal and S. Railkar                       47   2001   157   Stevens Institute of Technology and GAF Materials Corporation
P. Samsonkova                                 47   2001   162   Brno University of Technology
J. Fogarty, D. Fogarty, C. Rauwendaal,        47   2001   167   Plastic Engineering Associates, Inc., Rauwendaal Extrusion Engineering, In
and A. Rios C.-W. Hsu, W.-H. Yang, W.-
R.-Y. Chang,                                  47   2001   173   National Tsing-Hua University and CoreTech System Co., Ltd.
L. Yang, and D.C. Hsu
M.A. Spalding, K.R. Hughes, J.L Sugden,       47   2001   180   The Dow Chemical Company
P.A. Wagner, and K.S. Hyun
H. Potente and T.C. Pohl                      47   2001   185   University of Paderborn
M.R. Thompon and J.P. Christiano              47   2001   190   Davis-Standard Corporation
D. Schlafli and Y. Zweifel                    47   2001   195   NEXTROM Technologies
H. Potente and F. Reckert                     47   2001   200   University of Paderborn
C.G. Hagberg and E.R. Uhl                     47   2001   206   NFM Welding Engineers
G.S. Donoian and J.P. Christiano              47   2001   215   Davis-Standard Corporation
W. Wang and I.M. Zloczower                    47   2001   220   Case Western Reserve University
E.R. Uhl, C.G. Hagberg, and B.H. Algayer      47   2001   225   NFM Welding Engineers
P. Elkouss, R. Mudalamane, Y. Huang, K.       47   2001   237   University of Maryland at College Park and Adell Plastics, Inc.
Broadwater, D. Bigio, and J. Lochary
S.J. Derezinski                               47   2001   244   Eastman Kodak Company
E.L. Steward                                  47   2001   257   American Kuhne Corp.
K.R. Slusarz, M.R. Thompson, and J.P.         47   2001   262   Davis-Standard Corporation
Christiano
Th. Avalosse and Y. Rubin                     47   2001   267   POLYFLOW s.a.
B.K. Hong, H.S. Kim, and C.I. Chung           47   2001   272   Rensselaer Polytechnic Institute
B. Dorscht and C.Tzonganakis                  47   2001   298   Polycon Industries and University of Waterloo
M.K. Akkapeddi, C. Brown, and B.              47   2001   303   Honeywell
Vanbuskirk D. Bigio, J. Gao, and P.
G.C. Walsh,                                   47   2001   308   University of Maryland
Elkouss
M.J.H. Bulters and P.H.M. Elemans             47   2001   313   DSM Research
P. Elkouss, D. Bigio, and G. Walsh            47   2001   318   University of Maryland
H. Potente, K. Kretschmer, and J. Flecke      47   2001   323   University of Paderborn and Bayer AG
P.T. Shea, R.D. Pietruski, C.-K. Shih, D.A.   47   2001   328   E.I. du Pont de Nemours & Company, Inc.
Denelsbeck
R. Doebereiner and F.-M. Funk                 47   2001   333   Thyssen Henschel Power Transmission Technology
B. Seyfzadeh, D.A. Zumbrunnen, and R.A.       47   2001   340   Clemson University and The DuPont Company
Ross Shih
C.-K.                                         47   2001   345   E.I. du Pont de Nemours & Co., Inc.
L. Placek and J. Vlcek                        47   2001   349   Brno Technical University and Compuplast International, a.s.
J.-H. Oh                                      47   2001   354   University of Pittsburgh
P.D. Coates, R.M. Rose, and M.A.              47   2001   359   University of Bradford
Barghash and H.-J. Kim
Y.-C. Ahn                                     47   2001   364   Kyungnam University
A. Gaspar-Cunha, and J.A. Covas               47   2001   369   University of Minho
D.C. Angstadt and W.Z. Misiolek               47   2001   376   Lehigh University
A. Sarioglu, J.-A.E. Manson, and D.              47       2001     381      Ecole Polytechnique Federale de Lausanne (EPFL) and Nextrom S.A.
Schlafli S. Jenkins, and J. Naumovitz
J.Dooley,                                        47       2001     386      The Dow Chemical Company
J.P. Ibar                                        47       2001     391      EKNET Research
A.B. Ariawan, S.G. Hatzikiriakos, and S.         47       2001     396      University of British Columbia and E.I. du Pont de Nemours & Co., Inc.
Ebnesajjad G. Adams, and J. Frame
C.-K.. Chai,                                     47       2001     401      BP Chemicals s.n.c. and BP Chemicals
S. Cherukupalli, R.Jelen, and A. A. Ogale        47       2001     3369     Clemson University
G.P. Milligan, M. Leathem, G.M. McNally,         47       2001     3374     Steve Orr Ltd. And The Queens University of Belfast
and W.R. Murphy
M. Favelukis, C. Lin, and Y.P. Yeo               47       2001     3379     National University of Singapore
K.L. Yung, Y. Xu, and F. Lau                     47       2001     3383     Polytecnic University of Hong Kong
G.K. Ivanov                                      47       2001     3391     Panduit Corporation
P.N. Wang                                        47       2001     3396     A-Plus Design
I. Gestring and D. Mewes                         48       2002      2       Institute for Process Engineering, University of Hannover
G.C. Gemeinhardt and R.B. Moore                  48       2002      7       The University of Southern Mississippi
K. Kapfer and Haring                             48       2002      12      Coperion Werner & Pfleiderer
R. Kuhn and P. Heidemeyer                        48       2002      17      Coperion Werner & Pfleiderer
                                                 and      2002
R. van den Einde, J. Peters, A.J. Van der Groot, 48 R. Boom         28      Wageningen University
B.A. Morris                                      48       2002      32      DuPont
B.A. Morris                                      48       2002      40      DuPont
D. Naden                                         48       2002      47      Brampton Engineering
J, Perdikoulias and J. Svabik                    48       2002      53      Compuplast Canada Inc. and Compuplast International Inc.
K.R. Slusarz and S.E. Amos                       48       2002      58      Davis-Standard and Dyneon LLC, A 3M Company
J.D. Frankland                                   48       2002      64      Milacron, Inc.
E. Steward                                       48       2002      69      American Kuhne Corporation
T.W. Womer                                       48       2002      74      NewCastle Industries, Inc.
J. Wortberg                                      48       2002      80      Gerhard-Mercator-University of Duisburg
C. Rauwendaal                                    48       2002      85      Rauwendaal Extrusion Engineering, Inc.
J. Vicek and J. Perdikoulias                     48       2002     100      Compuplast International, Inc.
P. Stoughton                                     48       2002     105      Conair
C.G. Gogos, B. Qian, D.B. Todd, and T.R. Veariel 48       2002     112      Polymer Processing Insitttute at NJIT and ExxonMobil Chemical Company
C.D. Lee                                         48       2002     117      Equistar Chemicals, LP
                                                 48
J.M. Nobrega, O.S. Carneiro, F.T. Pinho, and P.J. Oliveira2002     122      Universidade do Minho, Faculdade de Engenharia da Universidade do Por
B. Rotter and W. Michaeli                        48       2002     127      Institut fur Kinststoffverarbeitung (IKV)
J. Guo and K.S. Hyun                             48       2002     132      Polymer Processing Insitttute at NJIT
S. Kaul and W. Michaeli                          48       2002     137      Institut fur Kinststoffverarbeitung (IKV)
W.A. Gifford                                     48       2002     142      Dieflow
L.G. Reifschneider                               48       2002     147      Illinois State University
J.A. Myers and R.A. Barr                         48       2002     154      New Jersey Institute of Technology
H. Potente and T.C. Pohl                         48       2002     158      University of Paderborn and Institut fuer Kunststofftechnik
C. Rauwendaal and R. Ortega                      48       2002     163      Rauwendaal Extrusion Engineering, Inc.
R. Hilder                                        48       2002     172      Kaltor Limited
C. Rauwendaal                                    48       2002     177      Rauwendaal Extrusion Engineering, Inc.
J. Sun and C. Rauwendaal                         48       2002     184      Fluent, Inc. and Rauwendaal Extrusion Engineering, Inc.
                                                 48       2002
G.A. Campbell, H. Cheng, C. Wang, M. Bullwinkel, and M.A. Te-Riele 189      Clarkson University
                                                 48
B. Alsteens, V. Legat, T. Avalosse, and T. Marchal        2002     194      University of Louvain-la-Neuve and Polyflow, S.A.
A. Limper and S. Seibel                          48       2002     199      University of Paderborn and Institut fuer Kunststofftechnik
L. Zhu and K.S. Hyun                             48       2002     204      New Jersey Institute of Technology
A. Ploplis Andrews and D. Chundury               48       2002     210      Ferro Corporation
                                                 48       2002     214      Nanocor, Inc. and NewCastle Industries, Inc.
J.W. Cho, J. Logsdon, S. Omachinski, G. Qian, T. Lan, T.W. Womer, and W.S. Smith
P.G. Andersen                                    48       2002     219      Coperion Corporation
E.A. McLaughlin and B.E. Koene                   48       2002     224      Triton Systems, Inc.
C.M. Small, G.M. McNally, and W.R. Murphy        48       2002     230      Queen's University Belfast
                                                 48
G. A. Campbell, O.Y. Alothman, and M.D. Bullwinkel        2002     235      Clarkson University
R. Mayavaram and J.N. Reddy                      48       2002     240      Altair Engineering, Inc. and Texas A&M University
K. Jordens                                       48       2002     245      Eastman Chemical Company
K. Xiao and C. Tzoganakis                        48       2002     252      Brampton Engineering and University of Waterloo
T.M. Bender                                       48      2002       257      Aspen Research Corporation
D. Choi                                           48      2002       263      University of Akron
A. Sarioglu, P-O. Hagstrand, and J-A.E. Manson48          2002       268      Laboratoire de Technologie des Composites et Poymeres and Ecole Polyte
H. Potente, K. Kretschmer, T. Preub, and J. Flecke48      2002       273      University of Paderborn, Institut fur Kunststofftechnik, and Bayer AG
D. Schwendemann                                   48      2002       280      Coperion Werner & Pfleiderer
A. Okerson and M. Mack                            48      2002       285      Vinyltec, LLC and Berstorff Corporation
C. Martin                                         48      2002       290      Leistritz
G.S. Danoian and J.P. Christiano                  48      2002       295      Davis-Standard Corporation
                                                  48      2002
E.E. Stangland, J. Dooley, M.A. Spalding, E.K. Kim, and K.S. Hyun    302      The Dow Chemical Company and New Jersey Institute of Technology
S.A. Somers, M.A. Spalding, J. Dooley, and K.S.48  Hyun 2002         307      The Dow Chemical Company and New Jersey Institute of Technology
S.J. Derezinski                                   48      2002       312      Eastman Kodak Company
R.J. Castillo, D. Strutt, and J. Vlachopoulos     48      2002       318      Dual Spiral Systems, Inc., Polydynamics, Inc., McMaster University
C. Ronagan and J.P. Christiano                    48      2002       323      Davis-Standard Corporation
                                                  48      2002
G.A. Campbell, J.C. Baird, L. Gilette, J. Stowe, and M. Bullwinkel   328      Clarkson University
R. Malloy, A. Filip, and M. Colella               48      2002       333      University of Massachusetts Lowell and Spirex Corporation
R. Mundalamane and D. Bigio                       48      2002       339      University of Maryland
P.H. Elemans, P. Bleiman, and J. Blanchard        48      2002       350      DSM Research
P. Bleiman, M. Butlers, and P. Elemans            48      2002       355      DSM Research
B. Qian, C.G. Gogos, and D.B. Todd                48      2002       360      Polymer Processing Institute and New Jersey Institute of Technology
M.D. Wetzel                                       48      2002       365      E.I. du Pont de Nemours and Co., Inc.
C.C. Gogos, B. Qian, D.B. Todd, and M-H. Kim 48           2002       370      Polymer Processing Institute and New Jersey Institute of Technology, and
                                                  48      2002
A.N. Smith, A. Hyrmak, J. Dooley, M.A. Spalding, and K.S. Hyun       375      McMaster University, The Dow Chemical Company, and Polymer Processi
H. Potente and J. Pape                            48      2002       380      University of Paderborn
                                                  48
T.A. Hogan, M.A. Spalding, K.S. Cho, and C.I. Chung       2002       384      The Dow Chemical Company and Rensselaer Polytechnic Institute
J. Xu, M. Johnson, and G. Wilkes                  48      2002       2390     Virginia Tech
R.K. Krishnaswamy, and A.M. Sukhadia              48      2002       2395     Chevron Phillips Chemical Company, LP
H. Mavridis                                       48      2002       2400     Equistar Chemicals, LP
S.K. Goyal, V. Ker, T. Chuang, and M. Gil         48      2002       2405     Nova Chemicals Corporation and BP Chemicals SNC
O. Vincent, E. Osmont, and F. Sommer              48      2002       2410     BP Chemicals SNC and Biophy Research SA
B.G. Millar, G.M. McNally, and W.R. Murphy        48      2002       2415     Queen's University Belfast
J-P. Puaux                                        48      2002       2420     Universite de Lyon
L.D. Ing, S.T. Balke, and N.V. Brewster           48      2002       3416     University of Toronto and Novosight Inc.
                                                  48
C-K. Jen, Z. Sun, M. Kobayashi, M. Sayer, and C-K. Shih 2002         3421     National Research Council, McGill University, Queen's University, CKS Re
Z. Chen, C-K. Jen, C-K. Shih, and D.A. Denelsbeck 48      2002       3426     National Research Council and DuPont Science & Engineering
J. Lutzen, S.T. Balke, and K. Van Veen            48      2002       3431     University of Toronto and Vintex, Inc.
                                                  48      2002       3435
S. Cherukupalli, R. Paradkar, A.A. Ogale, A.J. McHugh, and L. Henrichsen      Clemson University and University of Illinois
                                                  and     2003
B, Toure, T. Baston, J. Fournier, P. Skabrahova, 49 J. Vlcek          2       Nexans Research Center and Compuplast International
W. Kopytko, M. Zatloukal, and J. Vlcek            49      2003        7       Tomas Bata University Zlin and Compuplast International
W.A. Gifford                                      49      2003        11      Dieflow
N.S. Rathod and S.G. Hatzikiriakos                49      2003        17      University of British Columbia
S.R Oriani and G.R. Chapman                       49      2003        22      DuPont Dow Elastomers L.L.C.
G.D. Oliver                                       49      2003        27      Cloeren Incorporated
                                                  49      2003        34       B. del Amo Bradford and
G.D. Smith, R. Spares, M.T. Martyn, M. Woodhead, P.D. Coates, P. Lafuente, andUniversity of Fernandez Repsol-YPF
S. Cherukupalli and A.A. Ogale                    49      2003        39      Clemson University
B.G. Millar, G.M. McNally, and W.R. Murphy        49      2003        44      Queen's University Belfast
                                                  L.
G.A. Campbell, N. Ganesh, S.W. Campbell, and 49 Burl 2003             49      Clarkson University
J.S. Lee, H.W. Jung, and J.C. Hyun                49      2003        54      Korea University
H. Kim, J.S. Lee, H.W. Jung, and J.C. Hyun        49      2003        59      Korea University
L. Chen                                           49      2003        66      Polymtech Consulting Services
G.A. Campbell and J.C. Baird                      49      2003        71      Clarkson University
E.C. Brown, A.L. Kelly, and P.D. Coates           49      2003        77      University of Bradford
A.L. Kelly, E.C. Brown, and P.D. Coates           49      2003        82      University of Bradford
E. Steward and W. Kramer                          49      2003        87      American Kuhne Corporation
                                                  J.A.
T.A. Hogan, M.A. Spalding, E.K. Kim, R.A. Barr, 49 Myers  2003        92      The Dow Chemical Company and Barr, Inc.
J. Wortberg and T. Schroer                        49      2003        98      University of Duisburg-Essen
                                                 49
M.H. Kim, Y.T. Oh, Y.C. Yang, H.Y. Lee, and S.H. Lee 2003            103      L.G. Chemical Ltd.
                                                 49
H. Chen, U. Sundararaj, K. Nandakumar, and M.D. Wetzel    2003       110      University of Alberta and E.I. du Pont de Nemours and Co., Inc.
A. Ingram, R. Naef, and H. Peters                49       2003       115      Polymer Process Consultant and Buss-SMS
J. Keum and J.L. White                           49       2003       120      University of Akron
C. Gogos, B.J. Jeong, and B. Qian                49       2003       126      New Jersey Institute of Technology
                                                 49
A.M. de Vries Robbe, D.B. Todd, and L.P.B.M. Janssen 2003            132      Polymer Processing Institute, New Jersey Institute of Technology and Univ
K.C. Lin                                         49       2003       137      Fortune Institute of Technology
M. Xiuqing, G. Xiaozheng, and Z. Linjie          49       2003       142      Beijing University of Chemical Technology and New Jersey Institute of Tec
L. Zhu, K.A. Narh, and K.S. Hyun                 49       2003       147      New Jersey Institute of Technology
X. Ma, Y. Yin, X. Geng, and L. Zhu               49       2003       152      Beijing University of Chemical Technology and New Jersey Institute of Tec
H. Chen, U. Sundararaj, and K. Nandakumar        49       2003       158      University of Alberta
H. Potente and W. Ernst                          49       2003       163      University of Paderborn
P. Andersen, D. Connelly, and P. Messmer         49       2003       168      Coperion Corporation and Coperion Buss
                                                 49       2003
B. Alsteens, T. Avalosse, V. Legat, T. Marchal, and E. Slachmuylders 173      University of Louvain, Fluent Benelux, and Michelin
                                                  and
C.Y. Lew, W.R. Murphy, G.M. McNally, S. Yanai,49 K. Abe   2003       178      Queen's University Belfast, UNICOOP Japan, CO-OP Chemical CO. Ltd.
C. Rauwendaal, R. Maurer, and M. Scheuber        49       2003       183      Rauwendaal Extrusion Engineering, Inc. and Sulzer Chemtech Ltd.
I. Ochoa and S.G. Hatzikiriakos                  49       2003       192      The University of British Columbia
K. Xiao and C. Tzoganakis                        49       2003       197      University of Waterloo and Brampton Engineering Inc.
                                                 49       2003       202       Roth
M.A. Spalding, D.W. Baugh, K.A. Koppi, W.C. Buzanowski, and A.J. Bur, and S.C.The Dow Chemical Company and National Institute of Standards and Tech
                                                 49
M. McAfee, L. Caldwell, S. Thompson, and G. McNally 2003             207      Queen's University Belfast and Polymer Processing Research Centre
                                                 49
G.A. Campbell, Z. Tang, C. Wang, and M. Bullwinkle        2003       213      Clarkson University
S.J. Derezinski                                  49       2003       218      Extruder Tech, Inc.
R.K. Krishnaswamy and M.J. Lamborn               49       2003       224      Chevron Phillips Chemical Company, LP
M.A. Spalding and K.S. Hyun                      49       2003       229      The Dow Chemical Company and Polymer Processing Institute and New J
C. Rauwendaal                                    49       2003       234      Rauwendaal Extrusion Engineering, Inc.
A.C. Neubauer, S.J. Rhee, and G.L. Smitherman49           2003       241      The Dow Chemical Company
K. Kapfer and W. Schneider                       49       2003       246      Coperion Werner & Pfleiderer
E.M. Mount, III,                                 49       2003       251      Emmount Technologies
S. Kim and V.M. DiNardo                          49       2003       258      Sunoco Chemicals
E. Haberstroh and A. Kremers                     49       2003       263      Kunststoffverarbeitung (IKV)
K. Alemaskin, I. Manas-Zloczower, and M. Kaufman 49       2003       268      Case Western Reserve University
G. Lu, D.M. Kalyon, I. Yilgor, and E. Yilgor     49       2003       273      Stevens Institute of Technology and Koc University
                                                 49       2003
C.Y.F. Xi, E. Takacs, M. Tate, M.R. Thompson, and J. Vlachopoulos 278         McMaster University and Gala Industries, Inc.
P. Andersen                                      49       2003       283      Coperion Corporation
Y. Sun and M. Gupta                              49       2003       290      Michigan Technological University
M. Zatloukal, M.T. Martyn, P.D. Coates, P. Saha 49        2003       295      Tomas Bata University in Zlin and University of Bradford
                                                 49       2003
M.T. Martyn, T. Gough, R. Spares, P.D Coates, and M. Zatloukal       300      University of Bradford and Tomas Bata University in Zlin
P. Skabrahova, J. Svabik, and J. Perdikoulias 49          2003       305      Compuplast International, Inc.
                                                 49
J.M. Nobrega, O.S. Carneiro, P.J. Oliveria, F.T. Pinho    2003       310      University of Minho, Universidade da Beira Interior, and Universidade do P
D.E. Smith                                       49       2003       315      University of Missouri - Columbia
A. Shah and M. Gupta                             49       2003       322      Michigan Technological University
A.C. Neubauer and E.A. Leach                     49       2003       327      The Dow Chemical Company
B. Qian, C.G. Gogos, B.J. Jeong, and D.B. Todd49          2003       333      New Jersey Institute of Technology
O. Wunsch, P. Kuhn, and P. Heidemeyer            49       2003       338      Coperion Werner & Pfleiderer and University Kassel
P. Elkouss, D, Bigio, and M. Wetzel              49       2003       344      University of Maryland and E.I. du Pont de Nemours and Company, Inc.
H. Potente, A. Muller, and K. Kretschmer         49       2003       349      University of Paderborn
J. Wortberg and D. Kaczmarek                     49       2003       356      University Duisburg-Essen
S. Kim, P.G. Lafleur, P. Sammut, and H.A. Michel 49       2003       361      Ecole Polytechnique de Montreal and National Research Council of Canad
R.Y. Chang, H.C. Hsu, C.S. Ke, and C.C. Hsu 49            2003       366      National Tsing-Hau University
S. Kim, Y. Fang, P.G. Lafleur, and P.J. Carreau 49        2003       3246     Ecole Polytechnique de Montreal and National Research Council of Canad
                                                 49       2003
A.D. Johnston, G.M. McNally, W.R. Murphy, A.H. Clarke, and G. Garrett3256     Queen's University Belfast
A.K. Doufas and T. Butler                        49       2003       3261     The Dow Chemical Company
M.M Werlang                                      49       2003       3271     Ipiranga Petroquimica S.A.
K.R.C. Mok, H.B.R. Chia, and M. Favelukis        49       2003       3474     National University of Singapore
L. Caldwell, S. Thompson, G. McNally             49       2003       3478     Queen's University Belfast and Polymer Processing Research Centre
N. Tortorella, W.H. Jung, C.L. Beatty            49        2003       3483       University of Florida
W.H. Jung, N. Tortorella, and C.L. Beatty        49        2003       3488       University of Florida
J.S. Hong, J.W. Shon, K.H. Ahn, and S.J. Lee 49            2003       3493       Seoul National University
K.C. Lin                                         49        2003       3498       Fortune Institute of Technology
P. Lin, C.L. Cox, and A.A. Ogale                 49        2003       3503       Clemson University
M. Zatloukal, W. Koptko, J. Vlcek                49        2003       3509       Tomas Bata University in Zlin and Compuplast International
                                                 50        2004         76        Bross
S. R. Vaddiraju, M. Kosticm V. Rykalin, L.G. Reifschneider, A. Pla-Dulmau, and A.Northern Illinios University, Illinios State University, and Fermi Nantional Ac
P. Skabrahova, J. Vlcek, and J. Svabik           50        2004         81       Compuplast International, Inc.
Y. Sun and M. Gupta                              50        2004         86       Michigan Technological University and Plastic Flow, LLC
                                                 50
O.S. Carneiro, J.M. Nóbrega, F.T. Pinho, P.J. Oliveira     2004         91       University of Minho, Faculdade de Engenharia da Universidade do Porto, a
                                                 50        2004         96
M.G. Meillon, D. Morgan, D. Bigio, S. Kharchenko, K. Migler, and S Oriani        University of Maryland and E.I. du Pont de Nemours and Company, Inc.
                                                 50
M. Zatloukal, M.T. Martyn, P.D. Coates, and J. Vlcek       2004        101       Tomas Bata University in Zlin, University of Bradford, and Compuplast Inte
J. Keum and J.L. White                           50        2004        108       The University of Akron
                                                 50
P.F. Elkouss, D.I. Bigio, S.R. Raghavan, and M.D. Wetzel2004           113       University of Maryland and E.I. du Pont de Nemours and Company, Inc.
                                                 50
H. Chen, U. Sundararaj, K. Nandakumar, and M.D. Wetzel     2004        122       University of Alberta and E.I. DuPont
H. Potente and Thomas Preuss                     50        2004        128       University of Paderborn
J.E. Loukus and M Gupta                          50        2004        133       GS Engineering and Michigan Technological University
M.D. Wetzel, D.A. Denelsbeck, S.L. Latimer, and50 C.K. Shih2004        138       E.I. du Pont de Nemours and Company and Chi-Kai Shih, LLC
S.J. Derezinski                                  50        2004        148       Extruder Tech, Inc.
M.D. Noriega, T. Osswald, and N. Ferrier         50        2004        154       Plastic and Rubber Institute and University of Wisconsin
G.A. Campbell and Z. Tang                        50        2004        162       Clarkson University
                                                 50        2004        167       Case Western Reserve and R.D. Swain
K. Alemaskin, M. Camesasca, I. Manas-Zloczower, M. Kaufman, E.K. Kim, M.A. Spalding, W.A. Trumbull, University, Cleveland State University, The Dow Ch
                                                 50        2004
R.K. Krishnaswamy, D.C. Rohlfing, A.M. Sukhadia, and K. Slusarz        173       Chevron Phillips Chemical Company and Davis-Standard Corporation
C. Rauwendaal and G. Ponzielli                   50        2004        178       Rauwendaal Extrusion Engineering, Inc. and RCT srl
E.C. Brown, A.L. Kelly, and P.D. Coates          50        2004        183       University of Bradford
D. Kazmer, D. Gupta, and B. Fan                  50        2004        188       University of Massachusetts Lowell
D. Chenouf, T. Gabor, and M, Moneke              50        2004        193       German Institute of Polymers
G. Gururajan, S. Cherukupalli, and A.A. Ogale 50           2004        200       Clemson University
                                                 50
M. Martyn, R. Spares, T. Gough, P Coates, and M. Zatloukal 2004        205       University of Bradford and Tomas Bata University in Zlin
J. Spirgatis and J. Wortberg                     50        2004        210       University Duisburg-Essen
J. Lee, D.M. Shin, H.W. Jung, and J.C. Hyun      50        2004        215       Korea University
S.S. Cherukupalli and A.A. Ogale                 50        2004        220       Clemson University
C.K. Chai                                        50        2004        225       BP Chemicals
                                                 50         O'Kiely
C. Laffin, G.M. McNally, C.M. Small, D.P. Forristal, and P.2004        230       Queen's University Belfast and Teasgasc
M. Zatloukal, P. Saha, and J. Vlcek              50        2004        235       Tomas Bata University in Zlin and Compuplast International, Inc.
I. Moore, G.M. McNally, and W.R. Murphy          50        2004        240       Queen's University Belfast
L.G. Reifschneider, M. Kostic, and S.R. Vaddiraja50        2004        246       Illinios State University and Northern Illinios University
                                                 50        2004
O.S. Caneiro, J.M. Nóbrega, J.A. Covas, P.J. Oliveira, and F.T. Pinho 251        University of Minho, Universidade da Beira Interior, and Faculdade de Enge
E.B. Muliawan and S.G. Hartzikiriakos            50        2004        256       University of British Columbia
J. Wortberg and C. Groß                          50        2004        261       University Duisburg-Essen
G. Negri and P. Cloeren                          50        2004        267       Cloeren Incorporated
W. Michaeli and P. Blomer                        50        2004        272       Institute of Plastics Processing (IKV)
C. Rauwendaal                                    50        2004        278       Rauwendaal Extrusion Engineering, Inc.
S.G. Kasliwal and J. Jones                       50        2004        283       B&P Process Equipment
C.D. Lee and J.S. Borke                          50        2004        288       Equistar Chemicals
W. Michaeli and T. Schmitz                       50        2004        294       Institute of Plastics Processing at RWTH Aachen University
C.Y Lew, W.R. Murphy, and G.M. McNally           50        2004        299       Queen's University Belfast
C.Y Lew, W.R. Murphy, and G.M. McNally           50        2004        304       Queen's University Belfast
J.A. Myers                                       50        2004        310       Barr,Inc.
C. Rauwendaal and G. Van Der Sluis               50        2004        313       Rauwendaal Extrusion Engineering, Inc. and WMV, BV
E.M. Mount III                                   50        2004        317       Emmount Technologies, LCC
G.D. Oliver                                      50        2004        324       Cloeren Incorporated
M.A. Spalding                                    50        2004        329       The Dow Chemical Company
J.L. Willett and V. Finkenstadt                  50        2004        336       U.S. Department of Agriculture, Agricultural Research Services
L. Zhu, K.A. Narth, and K.S. Hyun                50        2004        340       New Jersey Institute of Technology and Polymer Processing Institute
E. Haberstroh and S. Lambertz                    50       2004         345      Institute of Plastics Processing (IKV)
                                                 50
B. Lin, U. Sundararaj, F. Mighri, and M.A. Huneault       2004         350      National Research Council of Canada
                                                 50       2004         355
E. Haberstroh, C. Linhart, D. Lehmann, B. Klupfel, W. Hufenbach, and K. Kunze   Institute of Plastics Processing (IKV), Institute of Polymer Research (IPF),
K. Xiao                                          50       2004         362      Brampton Engineering
J. Dooley                                        50       2004         367      The Dow Chemical Company
W. Kopytko, M. Zatloukal, and J. Vlcek           50       2004         372      Tomas Bata University in Zlin and Compuplast International, Inc.
                                                 50        and         376
K. Ho, J.S. Lee, N. Viriyabanthorn, C. Sung, C.M.F. Barry,2004 J.L. Mead        University of Massachusetts Lowell
M. Zatloukal and J.D. Witte,                     50       2004         381      Tomas Bata University in Zlin and 3M Belgium N.V. (Dyneon)
H. Zhou                                          50       2004         386      GE Global Research
P. Elemans, P. Bleiman, H. Winkelhorst           50       2004         392      DSM Research
C. Tucker and G. Williams                        50       2004         397      NFM Welding Engineers, Inc. and DuPont Dow Elastomers, LLC
C.K. Jen, Z. Sun, and M. Kobayashi               50       2004         402      National Research Council of Canada and McGill University
J.F. Reilly, R.W. Faulkner, and C. Hagberg       50       2004         407      Rethink, Inc. and NFM Welding Engineers
                                                 50       2004
M. Stephan, S. Grosse, M. Stintz, A. Rudolph, and U. Blankschein       412      Institute of Polymer Research Dresden, University of Technology Dresden,
                                                 50
S.M. Lee, J.H. Han, Y. Ahn, J.W. Lee, and J.G. Kim        2004         417      Sogang University and Hyosung Corp.
H.J. Schmidt                                     50       2004         424      Coperion Corporation
I. Ochoa and S.G. Hatzikiriakos                  50       2004         429      The University of British Columbia
S.C Chen, P.S. Hsu, and L.T. Huang               50       2004         434      Chung Yuan University
W.A. Gifford                                     50       2004         438      Dieflow
A. Shah and M. Gupta                             50       2004         443      Michigan Technological University and Plastic Flow, LLC
K. Xiao and C. Tzonganakis                       50       2004         448      Brampton Engineering and University of Waterloo
N.S. Rao, G.E. Schumacher, and B.W. Foster 50             2004        3322      Plastics Solutions International, Transfer Mathematics Technology, and Mi
J.S. Lee, J.M. Kim, H.W. Jung, and J.C. Hyun 50           2004        3317      Korea University
                                                 50       2004        3312
D.E. Ramirez-Arreola, H. Padilla-Lopez, R. Gonzalez-Nunez, and D. Rodrigue      Universidad de Guadalajara and Laval University
Y. Sun and M. Gupta                              50       2004        3307      Michigan Technological University and Plastic Flow, LLC
R.Y. Chang and J.J. Wang                         50       2004        3303      National Tsing-Hua University
M. Favelukis, O.M. Lavrenteva, and A. Nir        50       2004        3298      National University of Singapore and Technion - Israel Institute of Technolo
                                                 50
G. Giriprasath, L. Jerrim, A.A. Ogale, and M. Long        2004        3293      Clemson University and Governor's High School
X. Ma, F. Shi, and X. Geng                       50       2004        3288      Beijing University of Chemical Technology
                                                 50       2004
W.C. Yap, A.C. Ruddy, G.M. McNally, W.R. Murphy, and K.A. Halliwell3331         Queen's University Belfast and The Burden Group, plc.
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700
701
702
703
704
705
706
707
708
709
710
711
712
713
714
715
716
717
718
719
720
721
722
723
724
725
726
727
728
729
730
731
732
733
734
735
736
737
738
739
740
741
742   Best Paper Award 1992
743
744
745
746
747
748
749
750
751
752
753
754
755
756
757
758
759
760
761
762
763
764
765
766
767
768
769
770
771
772
773
774
775
776
777
778
779
780
781
782
783
784
785
786
787
788
789
790
791
792
793
794
795
796   Best Paper Award 1993
797
798
799
800
801
802
803
804
805
806
807
808
809
810
811
812
813
814   Best Paper Award 1994
815
816
817
818
819
820
821
822
823
824
825
826
827
828
829
830
831
832
833
834
835
836
837
838
839
840
841
842
843
844
845
846
847
848
849
850
851
852
853
854
855
856
857
858
859
860
861
862
863
864
865
866   Best Paper Award 1995
867
868
869
870
871
872
873
874
875
876
877
878
879
880
881
882
883
884
885
886
887
888
889
890
891
892
893
894
895
896
897
898
899
900
901
902
903
904
905
906
907
908
909
910
911
912
913
914
915
916
917
918
919
920
921
922
923
924
925
926
927
928
929
930
931
932
933
934
935
936
937
938
939
940
941
942
943
944
945
946   Best Paper Award 1996
947
948
949
950
951
952
953
954
955
956
957
958
959
960
961
962
963
964
965
966
967
968
969
970
971
972
973
974
975
976
977
978
979
980
981
982
983
984
985
986
987
988
 989
 990
 991
 992
 993
 994
 995
 996
 997
 998
 999
1000
1001
1002
1003
1004
1005
1006
1007
1008
1009
1010
1011
1012
1013
1014
1015
1016
1017
1018
1019
1020
1021
1022
1023
1024
1025
1026
1027
1028
1029
1030
1031
1032
1033
1034
1035
1036
1037
1038
1039
1040   Best Paper Award 1997
1041
1042
1043
1044
1045
1046
1047
1048
1049
1050
1051
1052
1053
1054
1055
1056
1057
1058
1059
1060
1061
1062
1063
1064
1065
1066
1067
1068
1069
1070
1071
1072
1073
1074
1075
1076
1077
1078
1079   Best Paper Award 1998
1080
1081
1082
1083
1084
1085
1086
1087
1088
1089
1090
1091
1092
1093
1094
1095
1096
1097
1098
1099
1100
1101
1102
1103
1104
1105
1106
1107
1108
1109
1110
 365
 37
 147
 194
 438
1083
1084
1078
1081
1080
 104
 622
 822
 148
 840
 595
 368
 641
 214
 177
 578
 216
 334
 610
1178
 97
 733
 770
 364
 101
 621
 129
 371   Best Paper Award 1999
 813
 102
 256
 646
 856
 504
 961
 727
 463
 645
 442
1034
 372
 615
 613
 854
 123
 827
 354
 397
1002
 17
 616
 617
 614
 258
 239
 437
 768
 439
 911
 107
 131
 710
 117
 471
 968
 560
1137
 961
 965
 318
 561
 502
 932
 164
 666
 419
  9
 521
 175
 472
 270
 246
 169
 662
 485
 17
 573
 191
 470
 475
 263
 674
 286
1120
1123
1124
1122
1125
1118
1129
  72
 152
  94
1090
 259
 503   Best Paper Award 2000
  16
  12
 545
 290
  37
 342
 652
 580
 526
 882
 392
 133
 385
 785
 654
 195
 871
  67
  85
 886
 135
 201
 842
  19
 516
 200
 161
   7
 127
  55
 574
 679
 167
 322
 552
  41
1024
1025
1026
1027
1029
 652
 130
 454
 31
 520
 732
 342
 204
 507
 381
 446
 259
 685
 296
 580
 832
 311
 825
 180
 671
 380
 177
 109
 104
 735
 327
 276
 715
 151
 530
 366
 474
 30
 367
 193
 113
 542
 526
 762
 467
 926
 475
 190
 53
 168
 144
 775
1048
 179
 636
 188
 810
 248
 501
 34
 813
 55
1023    Best Paper Award 2001
 481
 57
 37
 606
 412
 41
 91
 217
 12
 341
 595
 106
 839
 391
1241,
1242
1240
1243
1238
 351
 129
 983
 229
 326
 436
 767
 361
 264
 63
 545
 907
 554
 156
 695
 414
 319
 770
1036
 10
 256
 237
 399
 135
 738
1133
 565
 108
 727
 344
 234
 801
1233
 370
1079
 28
 228
1104
 109
 373
1035
1032
 448
 659
 206
 700
 762
 235
 53
 676
 423
 424
 701
 912   Best Paper Award 2002
 362
 186
 868
 454
 694
 527
 611
 654
 131
 291
 82
 116
 935
 939
1028
 664
 471
 480
 91
 579
1089   Best Paper Award 2003
1276
1077
 992
 691
 462
1166
1167
 45
 461
 732
 738
1133
 490
 623
1199
 989
 31
 178
 788
 680
 156
 252
 329
 342
 230
 166
1094
1169
 728
 98
1105
 548
 214
1056
 354
1027
 838
 494
 390
 520
1139
1285
 136
 106
 314
 812
 522
 270
 260
 719
 874
 476
 511
 993
 561
 521
 792
 872
 886
 347
 501
 367
  0
 364
1051
1092
 346
 74
 947
 958
 940
1057
 851
 227
 659
 293
 685
 609
 545
1343
 862
 244
 642
1351
 531
 875
1496
 17
 60
 282
 499
1228
 803
 903
 489
 75
1035
1157
1142
 243
1341
 30
1263
 861
 837
1022
 546
 207
1131
1041
1109
 113
1076
 323
 860
 484
 611
1052
 112
 288
 98
 953
 994
1200
 872
1362
 873
 270
 208
1212
 431
 722
 146
 11
1138
1205
1058
 177
1102
1150
 202
 874
 497
 600
 399
 51
 622
1246
 608
 42
 106
1353
 524
 700

				
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