A multiresolution (MR)(wavelet) basis is employed in the method of moments (MoMs)
analysis to achieve an efficient evaluation of the electromagnetic wave coupling inside …

An efficient moment-method algorithm for analyzing helix antenna is presented. This
algorithm is developed based on solving the helix integral equations using two categories of …

Due to a nearby lightning return stroke, the coupled electromagnetic (EM) fields inside a
rectangular shielding enclosure, on the finitely conducting ground, with an aperture in one …

L'objectif du travail exposé dans cette thèse de doctorat est consacre à l'étude et la
modélisation des systèmes de mise à la terre soumis à des transitoires de foudre. Nous …

Solving the thin-wire electric field integral equation (EFIE) by the multiresolution wavelet
expansion method involves a time-consuming double numerical integration for each …

The antenna theory (AT) model is widely used to numerically simulate the propagation of
current wave along lightning return-stroke channels and compute the radiated …

The transient response of grounding systems is essential for their designs and related
electromagnetic compatibility problems in power systems. Although the method of moments …

In computational electromagnetics, boundary integral equations are the scheme of choice
for solving extremely large forward electromagnetic problems due to their high efficiency …

Multiresolution wavelet expansion technique has been successfully used in the method of
moments (MoM), and sparse matrix equations have been attained. Solving boundary …

A model-based parameter estimation (MBPE) technique is proposed to reduce the number
of frequency-domain calculation points required for the evaluation of space-time current …