A new method to numerically solve time-domain integral equations pertinent to
electromagnetic surface scattering phenomena is presented. The method uses approximate …

An efficient marching-on-in-time (MOT) scheme is presented for solving electric, magnetic,
and combined field integral equations pertinent to the analysis of transient electromagnetic …

A new method for solving the time-domain integral equations of electromagnetic scattering
from conductors is introduced. This method, called finite difference delay modeling, appears …

A novel fast electromagnetic field-circuit simulator that permits the full-wave modeling of
transients in nonlinear microwave circuits is proposed. This time-domain simulator is …

A fast Fourier transform-accelerated integral-equation based algorithm to efficiently analyze
transient scattering from planar perfect electrically conducting objects residing above or …

The solution of time-domain integral equations pertinent to scattering from perfectly
conducting objects residing in unbounded lossy media is considered. The computational …

Despite the numerous advances made in increasing the computational efficiency of time-
domain integral equation (TDIE)-based solvers, the stability and accuracy of TDIE solvers …

A fast algorithm for accelerating the time-marching solution of time-domain integral
equations pertinent to the analysis of free-space electromagnetic scattering from perfectly …

A stabilization method that eradicates low frequency instabilities in the solution of the time-
domain integral equations of electromagnetic scattering is presented. The method uses the …

Implicit Runge-Kutta based schemes are proposed for solving the time domain integral
equations of electromagnetic theory. The proposed technique maps a Laplace-domain …