计算流体力学相关解决方案.pptxVIP

;Computational Fluid Dynamics;GPU Value to Engineering Computational Fluid Dynamics;ANSYS CFD preliminary results of radiation heat transfer view-factor computations on GPUs vs. CPUs [RHT on GPUs will release in 14.0 as beta] Radiation HT Applications: ;OpenFOAM on GPUs – ISVs FluiDyna and Vratis;Prometech and Particle-based CFD for Multi-GPUs;;;Tokyo Institute of Technology – AOKI Laboratory CFD Research on #5 of Top 500 – TSUBAME 2.0 Simulations that scale to ~4000 Fermi GPUs Presentation at Supercomputing 2010 Conference: “Large-scale CFD Applications on TSUBAME 2” Dr. Takayuki Aoki, Global Scientific Information and Computing Center (GSIC) of Tokyo Institute of Technology (Tokyo Tech) /content/PDF/sc_2010/theater/Aoki_SC10.pdf ;FEFLO: Porting of an Edge-Based CFD Solver to GPUs [AIAA-2010-0523] Andrew Corrigan, Ph.D., Naval Research Lab; Rainald Lohner, Ph.D., GMU FAST3D: Using GPU on HPC Applications to Satisfy Low Power Computational Requirement [AIAA-2010-0524] Gopal Patnaik, Ph.D., US Naval Research Lab OVERFLOW: Rotor Wake Modeling with a Coupled Eulerian and Vortex Particle Method [AIAA-2010-0312] Chris Stone, Ph.D., Intelligent Light SOLAR: Unstructured CFD Solver on GPUs Jamil Appa, Ph.D., BAE Systems Advanced Technology Centre elsA: Recent Results with elsA on Many-Cores Michel Gazaix and Steve Champagneux, ONERA / Airbus France Turbostream: Turbostream: A CFD Solver for Many-Core Processors Tobias Brandvik, Ph.D. , Whittle Lab, University of Cambridge OVERFLOW: Acceleration of a CFD Code with a GPU Dennis Jespersen, NASA Ames Research Center ; ? Total 110 technical papers: 32 or 30% included GPU-developments, up from 12 papers in 2010 (Taipei, TW) and 4 papers in 2009 (NASA, US) Included an invited full-day workshop on CUDA and GPUs for CFD Applications attended by more than 100 delegates GPUs in tal