The art of the electrical engineering design partly relies on the ability to properly model the
physical structure under consideration. Good models enable an efficient and accurate …

This tutorial reviews the Method of Moments (MoM) from a practicing RF engineer's
perspective, with a view to providing understanding of its foundations, as opposed to …

The theory of the method of moments (MoM), which has been widely used as a numerical
technique for analyzing the characteristics of antennas and scatterers, is described. First, the …

Electrically-small" compound" antennas each consisting of a" collocated" electric dipole and
magnetic dipole are investigated. Two configurations corresponding to two different …

The development and the application of the Numerical Electromagnetic Code (NEC)-Method
of Moments are described. NEC is based on a previous method of moments code for thin …

COMPUTATIONAL electromagnetics has experienced a dramatic increase in importance
over the past several years. A quarter century ago only an occasional paper devoted to …

An overview of computational methods for modeling the low-frequency electromagnetic
characteristics of antennas is given. Presented first is a brief analytical background that …

The goal of this article is threefold: to present the basic principles of the application of
method of moments (MoM), finite-difference time-domain (FDTD) and finite-element method …

Due to the rapidly increasing capability of computers, computational electromagnetics has
become a very important analysis tool in electromagnetics. This is partly due to the …

The method of moments is used to analyze microstrip antennas of rectangular and
nonrectangular shape. Surface currents are used to model the microstrip patch and volume …