The wave equation, a classical partial differential equation, has been studied and applied
since the eighteenth century. Solving it in the presence of an obstacle, the scatterer, can be …

The marching-on-in-time (MOT) solution of the time-domain electric field integral equation
(TD-EFIE) has traditionally suffered from a number of issues, including the emergence of …

Abstract The Time Domain Integral Equation method for electromagnetics is an appealing
computational method for many applications in industry. However, its applicability has long …

A key parameter in the design of integral equation methods for transient electromagnetic
scattering is the definition of temporal basis functions. The choice of temporal basis functions …

This paper presents a new approach for solving the time-domain electric field integral
equation (TD-EFIE). The proposed method develops the notion of problem-independent …

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

Recently, a stable time domain boundary integral equation for the acoustic convective wave
equation has been formulated and an efficient numerical solution has been proposed. The …

This paper deals with a new systematic approach of the instability problem in acoustic
boundary elements models. When a long enough marching-on-time (MOT) computation is …

ABSTRACT A time‐domain equivalence principle algorithm (EPA) and its marching‐on‐in‐
degree‐based scheme are presented for analyzing transient electromagnetic scattering from …

A key parameter in the design of integral equation methods for transient electromagnetic
scattering is the choice of temporal basis functions. Newly constructed basis functions have …