Functional Analysis of Time Domain Boundary Element Methods: A Review

Mathematical and computational analysis of time-domain boundary element methods for electromagnetic scattering

Abstract

The present research contemplate mostly includes a survey of differing time-domain boundary element methods that can be utilized to numerically fathom the retarded potential integral equations. The point is to address the late-time stability, exactness, and computational unpredictability concerns in time-domain surface integral equation approaches. The investigation by and large focuses on the transient electromagnetic scattering of three-dimensional flawless electrically conducting bodies. Effective algorithms are produced to numerically fathom the time domain electric, derivative electric, magnetic, and combined field integral equation for the obscure incited surface current.