mo-hanxuan
interested in: Numerical Simulation, Continuum Mechanics, Parallel Computing, High Performance Computing, Heterogeneous Computing, etc.
Shanghai Jiao Tong UniversityShanghai, sometimes Dongguan
Pinned Repositories
FEMcy
a finite element solver based on Taichi, being parallel (CPU/GPU), portable and open-source
MagicPBC
make periodic boundary condition (PBC) for the grid of finite element analysis (given the .inp file from Abaqus and modify the file to contain PBC)
mesh-field-smoothing
locally refine and smooth a discrete field on a mesh, and visualize the smoothing-field and mesh together
Polycrystal-PhaseField
Grain growth in polycrystal, described by multi-phase field model, implemented by cross-platform parallel (CPU/GPU) computing language of Taichi
Snow-PhaseField
Crystalline growth of dendrite snow simulated by phase field with Taichi-based cross-platform parallel (CPU/GPU) computing
taichi
Productive & portable high-performance programming in Python.
taichi-voxel-challenge
submit an artwork for taichi-voxel-challenge, ref: https://github.com/taichi-dev/community/blob/main/events/voxel-challenge/reference-zh_cn.md
voxel-snow
Voxel-Snow created and rendered by taichi. Numerical simulation of snow growing by solving partial-differential-equations (PDEs). Coupling phase field (PF) and temperature field to simulate the snow growth. Fast parallel computing of PDE by taichi.
taichi
Productive, portable, and performant GPU programming in Python.
mo-hanxuan's Repositories
mo-hanxuan/FEMcy
a finite element solver based on Taichi, being parallel (CPU/GPU), portable and open-source
mo-hanxuan/Polycrystal-PhaseField
Grain growth in polycrystal, described by multi-phase field model, implemented by cross-platform parallel (CPU/GPU) computing language of Taichi
mo-hanxuan/MagicPBC
make periodic boundary condition (PBC) for the grid of finite element analysis (given the .inp file from Abaqus and modify the file to contain PBC)
mo-hanxuan/Snow-PhaseField
Crystalline growth of dendrite snow simulated by phase field with Taichi-based cross-platform parallel (CPU/GPU) computing
mo-hanxuan/taichi-voxel-challenge
submit an artwork for taichi-voxel-challenge, ref: https://github.com/taichi-dev/community/blob/main/events/voxel-challenge/reference-zh_cn.md
mo-hanxuan/voxel-snow
Voxel-Snow created and rendered by taichi. Numerical simulation of snow growing by solving partial-differential-equations (PDEs). Coupling phase field (PF) and temperature field to simulate the snow growth. Fast parallel computing of PDE by taichi.
mo-hanxuan/mesh-field-smoothing
locally refine and smooth a discrete field on a mesh, and visualize the smoothing-field and mesh together
mo-hanxuan/taichi
Productive & portable high-performance programming in Python.