Boundary integral equation methods for analyzing electromagnetic scattering phenomena
typically suffer from several of the following shortcomings: 1) ill-conditioning when the …

This communication presents a time-domain electric field integral equation (TDEFIE) solver,
specifically designed to analyze ultrawideband (the ratio of highest and lowest frequency is …

This letter demonstrates the capability of the time-domain integral equation (TDIE) in
addressing ultrawideband electromagnetic responses by a single simulation. Comparing …

This article introduces a time-domain combined field integral equation (TD-CFIE) for
electromagnetic scattering by a perfect electric conductor (PEC). The new equation is …

Time-domain electric integral equation methods (TD-EFIE) suffer from the numerical stability
problem. Numerous schemes have been proposed over the years for the purpose of taking …

The marching-on-in-degree (MOD) method has been proposed for solving time-domain
integral equations (TDIEs), and it uses the associated Laguerre functions as temporal basis …

In this work, a simple and straight-forward method of moments solution (MOM) procedure is
presented to obtain the induced current distribution on an arbitrarily-shaped conducting …

In this work, we introduce new integral formulations based on the convolution quadrature
method for the time-domain modeling of perfectly electrically conducting scatterers that …

In this letter, the quasi-Helmholtz projectors are applied to address numerical cancellation of
augmented electric field integral equation (A-EFIE). The projectors rescale the term and right …

Transient and broadband electromagnetic scattering and radiation phenomena involving
perfect electrically conducting (PEC) and dielectric objects can be efficiently simulated using …