Objective
The project is based on exploiting HPCN in a number of ways to bring greater efficiency into the design and production cycles. Increased product complexity leads to the requirements for larger simulations of more complex problems, simultaneous analyses of multiple design and planning options and multi-disciplinary analyses - multi-physics simulation.
To avoid end-user bottlenecks with this increased complexity and volume of data, the end-user requires better tools to enable larger and multiple (e.g. design variants, production options) simulations to be efficiently defined. CAESAR addresses this via the development of the Parallel Simulation User Environment (PSUE) with an integrated tool set and route map through problem set-up for selected applications in Aerospace, Chemical Engineering and Ship Building.
The demonstrators include multi-disciplinary design encompassing electromagnetics and aerodynamics, multiple design options for wing design, production optimisation for ship building via a decision support system and virtual factory, and chemical engineering relating to the phase separation of complex polymer mixtures.
http://www.telecall.co.uk/''srcbae
Topic(s)
Data not availableCall for proposal
Data not availableFunding Scheme
Data not availableCoordinator
BS35 7QW Bristol
United Kingdom
Participants (27)
52074 Aachen
67063 Ludwigshafen
SA2 8PP Swansea
70567 Stuttgart
81611 München
82234 Weßling
82234 Weßling
10587 Berlin
52428 Jülich
93073 Neutraubling
53757 Sankt Augustin
70569 Stuttgart
85622 Feldkirchen
OX14 1DZ Abingdon
CB4 4WS Cambridge
10682 Athens
5100 Odense C
52072 Aachen
70550 Stuttgart
9700 AB Groningen
DE24 8BJ Derby
CV4 9DB Coventry
SA2 8PP Swansea
Postbus 19268 Amsterdam
SE18 6PF London
OX1 3QD Oxford
SO16 7NP Southampton