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Computer-Aided Engineering for Ultra Precision
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Registration Speakers
Booking form Speakers
CAE for Ultra Precision Three digit security code (on reverse of card) Ian Walton
Complete and return to: Academic Operations Unit, Cranfield University, FREEPOST BF463, Bedfordshire, MK43 0AL UK
An experienced Research Officer at Cranfield,
7 - 11 December 2009 leading the development of high performance
Amount £ grinding processes for aerospace, automotive
Course fee: £1380 and optical components. He is also the
Name of cardholder
Discounted rates are available for members of
Research Manager for the Cranfield Innovative
professional bodies/trade associations, and group
Manufacturing Research Centre (IMRC).
bookings. Details available on request.
Signature Paul Morantz
Date Senior Research Fellow at Cranfield. Paul has
considerable industrial experience in precision
Surname Please state any special dietary requirements machine tool development.
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First name
Tan Jin
Prof Dr Mr Mrs Miss An experienced Research Fellow at Cranfield oo oo
heavily engaged in developing research oo oo oo
Position
Course fee into high efficiency grinding of aerospace, o oo oo oo oo
Company automotive and optical materials. oo oo
o oo oo o
The fee covers attendance, lunch, delegate o o o o oo oo oo
o o oo
Address Kamal Sehdev o
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coffee breaks and full meeting documentation.
The fee does not cover travel or Course Director of the MSc in Organisational
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accommodation. Knowledge, Kamal lectures in Organisations
Telephone no o
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and Knowledge and Enterprise Modelling. His o
Cancellations and substitutions
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research interests focus on the application of
Fax no
knowledge to improve business performance.
E-mail address It is regretted that cancellations and refunds
cannot be made. However, the organisers will
accept substitutions provided that written
Payment notification is received.
Please find enclosed a cheque for
£
Data protection Please tick this box if you
do not wish your details to be held by Cranfield
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Computer-Aided Engineering
for Ultra Precision
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payable to Cranfield University courses, conferences, research programmes
For further details including registration
Please invoice my company for the full and other associated activities.
information please contact:
amount £ For further information contact the Academic
Academic Operations Unit
Industrial short course
Operations Unit:
Please debit my credit card Visa / Cranfield University
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1ST FOUR DIGITS 2ND FOUR DIGITS T: +44 (0) 1234 754176
Cranfield 7 - 11 December 2009
Card no Bedfordshire MK43 0AL, UK
3RD FOUR DIGITS 4TH FOUR DIGITS
F: +44 (0) 1234 751206 T: +44 (0) 1234 754176
E: shortcourse@cranfield.ac.uk F: +44 (0) 1234 751206
Please detach and return this form to: www.cranfield.ac.uk/sas/short
Start date
Academic Operations Unit, Cranfield University,
Expiry date FREEPOST BF463, Bedfordshire, MK43 0AL
UK.
Issue no
www.cranfield.ac.uk/sas/short
Introduction The course The course
Introduction Day one
09.00 Introduction to CAM - Ian Walton
• What is CAM
Cranfield University offers this five day Who should attend? • How is it applied
• Concepts
introductory short course in computer-
• New engineers, scientists and 10.55 Break
aided engineering (CAE) for ultra technologists working in the design 11.10 Practical tutorial on CAM I - Tan Jin
precision which aims to provide and manufacture of machined parts, • Step by step tutorial to produce a CNC tool path for a micro-milled component
understanding and experience of the components, assemblies and sub- 13.05 Lunch
systems for a range of industrial 14.15
computer technologies that enable Practical tutorial on CAM II - Tan Jin
products
• Step by step tutorial to produce a CNC tool path for a micro-milled component
integrated precision manufacture. A • Engineers new to computer-aided
engineering technologies
16.10 Break Day four
‘learn-by-doing’ approach through 16.25 Practical tutorial on CAM III - Tan Jin
carefully defined tutorials is used. • Step by step tutorial to produce a CNC tool path for a micro-milled component 09.00 Practical tutorial on CAD - Kamal Sehdev
Course content
• Worked examples
10.55 Break
Benefits of attending • 3D computer-aided design of complex Day two
form ultra precision parts 11.10 Practical tutorial on CAD I - Kamal Sehdev
On completion of the course, delegates will • Computer-aided manufacture • Generating a 3D CAD component
approaches, coding of 3D CAD 09.00 Introduction to CMM applications - Paul Morantz • Constraining the model
gain:
models and drawings, automated • Principles of how a CMM can be integrated into a manufacturing process 13.05 Lunch
• Fundamental knowledge and manufacture using advanced multi- 10.55 Break 14.15 Practical tutorial on CAD II - Kamal Sehdev
understanding of, and ability in, the axes CNC machining methods 11.10 Practical tutorial on integrated CMM and CADCAM I - Paul Morantz • Modifying the component
development of complex 3D CAD including fixture design and datum • Introduction to PC-DMIS • Understanding the history tree
model transfer issues • Practical integration of CMM into the CADCAM process 16.10 Break
• Critical awareness and understanding • Finite element analysis techniques 13.05 Lunch 16.25 Practical tutorial on CAD III - Kamal Sehdev
of the mechanism for transferring applied for both dynamic response 14.15 Introduction to portable metrology - Ian Walton • Worked examples
from CAD through CAM and into CNC (stress) analysis and heat transfer/ • Principles of using an encoded system
machining mode thermal distortion analysis.
16.10 Break
• Understanding of and the ability to • The critical importance of interfaces Day five
16.25 Practical tutorial - Ian Walton
critically apply FEA design tools to with regard to heat transfer and
structural damping • Comparing a CAD model to a real part
support structural (dynamic) and 09.00 Introduction to, and practical tutorial on, Finite Element (FEA) modal analysis - Tan Jin
thermal response • Machine system structural analysis
covering the identification of • Introduction to FEA
• Understanding and conceptual • Basic concepts of FEA
thinking in terms of the selection, mechanical structural resonance Day three
frequencies and motional control • Analysis of a simple structure/component
critical evaluation and application of
bandwidth distinct frequency 10.55 Break
dynamic system testing methods for 09.00 Introduction to CAD - Kamal Sehdev
responses 11.10 Practical tutorial on FEA - Modal Analysis - Tan Jin
precision mechanical systems. • Why use CAD?
• Use of position sensors/transducers • Analysis of a simple structure/component
within computer-based systems for • Introduction to CAD ‘Ideas’ software 13.05 Lunch
verification of ultra precision machines/ • Concepts of CAD
14.15 Practial tutorial on FEA - Thermal interfaces I - Tan Jin
systems. 10.55 Break
• Analysis of a simple structure/component
11.10 Practical CAD - Kamal Sehdev 16.10 Break
• Worked examples
16.25 Practial tutorial on FEA - Thermal interfaces II - Tan Jin
13.05 Lunch
• Analysis of a simple structure/component
14.15 From Model to Manufacture I - Ian Walton
• Applying CADCAM to a precision milled component
16.10 Break
16.25 From Model to Manufacture II - Ian Walton
• Applying CADCAM to a precision milled component
Cranfield University Short Courses Computer-Aided Engineering for Ultra Precision www.cranfield.ac.uk/sas/short
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