Simulation of Electromagnetic Pulse Coupling Effect with a Parallel Time-Domain FEM Solver

The electromagnetic pulse (EMP) coupling effect is an important research area in electromagnetic compatibility and electromagnetic interference. Numerical simulation plays an important role in the study of the pulse coupling effect. To achieve an efficient and effective simulation, a parallel solver based on time-domain finite element method (TD-FEM) is proposed, which is developed based on JAUMIN framework. This parallel TD-FEM solver is employed to simulate the effects of an EMP coupling to a printed circuit board at work.