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OpenFOAM Conference - High Performance Computing
OpenFOAM Conference - High Performance Computing

RapidCFD GPU - OpenFOAM® on GPU
RapidCFD GPU - OpenFOAM® on GPU

HPC: OpenFoam - Intel Xeon E5 Version 3: Up to 18 Haswell EP Cores
HPC: OpenFoam - Intel Xeon E5 Version 3: Up to 18 Haswell EP Cores

A benchmark test for OpenFOAM using GPU cards : Flow past a centrifugal  pump | Semantic Scholar
A benchmark test for OpenFOAM using GPU cards : Flow past a centrifugal pump | Semantic Scholar

AI-accelerated CFD simulation based on OpenFOAM and CPU/GPU computing⋆
AI-accelerated CFD simulation based on OpenFOAM and CPU/GPU computing⋆

Application of GPU technology to OpenFOAM simulations
Application of GPU technology to OpenFOAM simulations

GitHub - simzero/cudaParticlesFoam: GPU-accelerated particle tracking for  OpenFOAM
GitHub - simzero/cudaParticlesFoam: GPU-accelerated particle tracking for OpenFOAM

RapidCFD GPU - OpenFOAM® on GPU
RapidCFD GPU - OpenFOAM® on GPU

PDF] OpenFOAM on GPUs using AMGX | Semantic Scholar
PDF] OpenFOAM on GPUs using AMGX | Semantic Scholar

User Guide | Flowfusic | OpenFOAM in a cloud from a web browser
User Guide | Flowfusic | OpenFOAM in a cloud from a web browser

RapidCFD GPU - OpenFOAM® on GPU
RapidCFD GPU - OpenFOAM® on GPU

GPU Acceleration of CFD in Industrial Applications Based on OpenFOAM | GTC  2014
GPU Acceleration of CFD in Industrial Applications Based on OpenFOAM | GTC 2014

Toward Performance-Portable PETSc for GPU-based Exascale Systems
Toward Performance-Portable PETSc for GPU-based Exascale Systems

A benchmark test for OpenFOAM using GPU cards : Flow past a centrifugal  pump | Semantic Scholar
A benchmark test for OpenFOAM using GPU cards : Flow past a centrifugal pump | Semantic Scholar

HPC: OpenFoam - The Intel Xeon E7 v2 Review: Quad Socket, Up to 60  Cores/120 Threads
HPC: OpenFoam - The Intel Xeon E7 v2 Review: Quad Socket, Up to 60 Cores/120 Threads

Proceedings of the 25th High Performance Computing Symposium: OpenFOAM on  GPUs using AMGX
Proceedings of the 25th High Performance Computing Symposium: OpenFOAM on GPUs using AMGX

SpeedIT : GPU-based acceleration of sparse linear algebra
SpeedIT : GPU-based acceleration of sparse linear algebra

GPU-accelerated OpenFOAM simulations using PETSc4FOAM S. Zampini​1​, S.  Bnà​2​, M. Valentini​3​, I. Spisso​4
GPU-accelerated OpenFOAM simulations using PETSc4FOAM S. Zampini​1​, S. Bnà​2​, M. Valentini​3​, I. Spisso​4

Toward Performance-Portable PETSc for GPU-based Exascale Systems
Toward Performance-Portable PETSc for GPU-based Exascale Systems

Application of GPU technology to OpenFOAM simulations
Application of GPU technology to OpenFOAM simulations

SU2 Conference 21: An Implementation of AmgX for GPU Acceleration of  OpenFOAM - YouTube
SU2 Conference 21: An Implementation of AmgX for GPU Acceleration of OpenFOAM - YouTube

A benchmark test for OpenFOAM using GPU cards : Flow past a centrifugal  pump – High Performance Computing Group
A benchmark test for OpenFOAM using GPU cards : Flow past a centrifugal pump – High Performance Computing Group

OpenFOAM on a GPU-based Heterogeneous Cluster - ppt video online download
OpenFOAM on a GPU-based Heterogeneous Cluster - ppt video online download

ParaView and VTK add GPU-accelerated ray tracing with NVIDIA RTX
ParaView and VTK add GPU-accelerated ray tracing with NVIDIA RTX

GitHub - SimFlowCFD/RapidCFD-dev: RapidCFD is an OpenFOAM fork running  fully on CUDA platform. Brought to you by
GitHub - SimFlowCFD/RapidCFD-dev: RapidCFD is an OpenFOAM fork running fully on CUDA platform. Brought to you by

Molecular Dynamics Simulation Of Multi-Scale Flows on GPUs
Molecular Dynamics Simulation Of Multi-Scale Flows on GPUs

AmgX GPU Solver Developments for OpenFOAM Matt Martineau,1 Stan Posey,2  Filippo Spiga3
AmgX GPU Solver Developments for OpenFOAM Matt Martineau,1 Stan Posey,2 Filippo Spiga3