In today's competitive product development, high performance computing (HPC) delivers outstanding value and investment return. Parallel computing increases understanding, productivity and accuracy of the simulation - a faster turnaround, reduced costs, systematic design variations and more complex models.
The PRACE Autumn School communicates and discusses issues and perspectives of HPC targeting industrial applications arising from evaluation performance and/or design of products, e.g. equipment and processes, with a particular emphasis on the automotive, aerospace, and energy fields. The PRACE Autumn School places priority on algorithms, simulation strategies, and programming techniques for complex fluid flow simulations, structural mechanics and electro-magnetics which usually have coupled multiphysics requiring intensive use of HPC resources. In case of expertise and software availability, there will be presentations of other issues, e.g. robustness and performance analysis, a brief introduction to pre- and post-processing techniques, e.g. CAD integration, mesh generation and visualization are presented.
The PRACE Autumn School targets at (40-50) experienced industrial users and some academics. Case studies and hands-on tutorials will be carried on the ULFME cluster. The tutorials will be held in parallel and in subsequent sessions, depending on the applicants' interest indicated in the registration questionnaire.
Due to large interest in elsA and AVBP by ONERA - Le centre français de recherche aérospatiale and CERFACS - European Centre for Research and Advanced Training in Scientific Computation we are considering to extend this tutorials (from 3h30' to 5 hours hands-on) by including small turbine case. This means some time changes in Friday's session with little possibilities for sequential with RBF-Morph tutorials.Short URL: http://events.prace-ri.eu/event/as13