ani1.avi size: 3.853278 MB
ani.avi size: 10.114016 MB
3D_lid-driven-cavity.png size: 0.086661 MB
3D_lid-driven-cavity-Streamlines.png size: 0.18358 MB
3D_lid-driven-cavity-midsection2-velocity.png size: 0.19438 MB
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LBM3D_Hybrid.zip size: 0.012552 MB
ani.avi size: 10.114016 MB
3D_lid-driven-cavity.png size: 0.086661 MB
3D_lid-driven-cavity-Streamlines.png size: 0.18358 MB
3D_lid-driven-cavity-midsection2-velocity.png size: 0.19438 MB
3D_lid-driven-cavity-midsection1.png size: 0.115043 MB
LBM3D_Hybrid.zip size: 0.012552 MB
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Hybrid parallel implementation of 3d lid-driven-cavity using lbm.
NoAI: This model, simulation, images, or project may not be utilized within datasets, during the developmental process, or as inputs for generative AI programs.
Lattice Boltzmann method is used to implement a basic example of a hybrid parallel (MPI-OpenMP) version of a 3D lid driven cavity in C++.
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on April 30th, 2016