Undergraduate Student
National Taiwan University
Department of Engineering Science and Ocean Engineering
Taipei,TW
[my email]
1. Level-Set methods
2. Volume-of-fluid methods
3. Immersed Boundary method
4. CLSVOF
1. OpenMP
2. OpenACC
3. MPI
1. Geometric Motion driven by curvature ( mean curvature flow, surface diffusion flow )
2. Droplet impact on a super-hydrophobic surface
3. High-order numerical schemes ( compact difference schemes, ENO-type schemes )
4. Fluid structure interactions
5. Two phase fluid simulation
Undergraduate Student
National Taiwan University
Department of Engineering Science and Ocean Engineering
Taipei,TW
[my email]
1. Level-Set methods
2. Volume-of-fluid methods
3. Immersed Boundary method
4. CLSVOF
1. OpenMP
2. OpenACC
3. MPI
1. Geometric Motion driven by curvature ( mean curvature flow, surface diffusion flow )
2. Droplet impact on a super-hydrophobic surface
3. High-order numerical schemes ( compact difference schemes, ENO-type schemes )
4. Fluid structure interactions
5. Two phase fluid simulation