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

Numerical techniques based on a time-domain recursive solution of the electric field integral
equation (EFIE) may exhibit instability phenomena induced by the joint space-time …

The paper deals with the retarded potential boundary integral equations (RPBIE) used in the
numerical resolution of transient scattering problems (the so-called time domain boundary …

The stability of a simple numerical scheme for solving the time dependent form of the Electric
Field Integral Equation is investigated in this paper. In this so-called" time marching" …

A time-domain boundary integral equation (BIE) solution of the magnetic field integral
equation (MFIE) for large electromagnetic scattering problems is presented. It employs …

A general method is presented to treat the instabilities which are frequently observed in the
electromagnetic transient solutions using the marching-on-in-time method. The basic idea is …

The occurrence of exponentially increasing instabilities is a common feature of time-
marching methods for solving an integral equation arising in a transient scattering problem …

Transient scattering from closed rigid bodies can be analyzed using a variety of time domain
integral equations, eg, the Kirchhoff integral equation and its normal derivative …

A fast algorithm is presented for solving electric, magnetic, and combined field time-domain
integral equations pertinent to the analysis of surface scattering phenomena. The proposed …

Novel time domain integral equations for analyzing scattering from perfect electrically
conducting objects are presented. They are free from DC and resonant instabilities plaguing …