Description
This session offers an invaluable glimpse into Grid adoption in the field of design and engineering for the aerospace and automotive industries, in addition to Automotive and Aerospace sectors, as well as for industrial l product development & micro-processing. The session features some of the main outcomes of the EC-funded SIMDAT project with presentations by industry leaders.
Stefano Beco
(ElsagDatamat)
02/10/2007, 11:00
Nowadays, space activities are characterised by increased constraints in terms of cost and schedule combined often with a higher and higher technical and programmatic complexity.
To answer this challenge, the European Space Agency has set up the Concurrent Design Facility starting in 1998. This has widely demonstrated the advantages of applying the Concurrent Engineering approach to the...
Michael Turner
(BAE Systems)
02/10/2007, 11:20
The use of CAE analysis within the design process is common place in the Aerospace industry but is very focused on using a limited set of capabilities within the boundaries of the enterprise. To enable wider access to physical modelling and to enable the aerospace industry to take advantage of more cost effective provisioning models there is a requirement to enable the exploitation of CAE...
Walter Wirch
(MSC Software)
02/10/2007, 12:00
The growing competition in the automotive industry requires continuous reduction of development and innovation cycles. On the other hand the demands on quality, safety and comfort are increasing. During the past years, advances in the area of CAD (Computer Aided Design), CAE (Computer Aided Engineering) and CAT (Computer Aided Testing) technologies and processes have contributed significantly...
