Research Fields:
Electromagnetic Computation and Its Applications

Current Approach:
This work includes mesh generation, coupling interface, and sparse matrix solving. By adopting advantages of FEM and BEM, it has a wild potential applications in many engineering problems.
Thanks for Prof. Sheen's great help and hearty guide.
It is supported by KOSEF and APEC.
This work is to use numerical method to compute the transmembrane potential of erythrocyte (Red Blood Cell) under EMI (Electromagnetic Radiation), which is very useful in mechanical study and experimental research of cell electroporation and electric field induced cell fusion.
It is partially supported by NSFC.
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