Generalization of loop-star approach for adaptive MoM analysis of mixed multiple geometries of metals, dielectrics, wires and thin material sheets

In this paper, a conventional loop-star approach is generalized on mixed multiple geometries composed of metal surfaces, wires, dielectrics and thin material sheets. A hybridized MoM solver to jointly handle these geometry elements is developed and applied for analysis of specific electromagnetic (EM), electromagnetic interference (EMI), compatibility (EMC) and safety (EMS) problems. The developed approach is validated by comparison of simulated results for particular geometries with those obtained by other approaches. Application of it to practical EMC and EMS problems, such as inductive charging in electrical and hybrid vehicles (EV and HV), is demonstrated.