The aim: to develop in the medium term both certain aspects linked to the physics integrated into the codes and others linked to numerical computing methodologies to meet technical and scientific challenges already perceptible on modern hybrid supercomputers with accelerated resources. A major impact of the developments expected during this event is to accompany and contribute to the energy transition.
Over 11 days, some 50 researchers and engineers, accompanied by IT experts, will take part in a workshop on 6 different themes (Combustion, Multiphase flows, Turbulent flows, Numerical methods, Dynamic mesh adaptation, User experience), plenary sessions with workshops on machines and a hackathon around AVBP and YALES2. In both cases, the aim will be to support application developers in continuing the efforts already underway to evolve their code in order to take advantage of GENCI's hybrid CPU-GPU machines, and in particular CINES' new AdAstra supercomputer, ranked 3rd in the Green500 ranking of the most energy-efficient supercomputers.
This event is supported by GENCI, Safran and LEGI's NETHUNS industrial chair, GE Hydro France, the ESP Carnot institute and the CRIANN meso-center in Normandy, which will provide the CFD community with hours of computing time on the Myria supercomputer, as well as system and application support during the week. For the hackathon, CINES and AMD will contribute their knowledge and expertise by making available their experts in porting and optimizing scientific applications.
Dernière modification le 03 October 2023