In this article, we compare different iterative techniques enhanced by the CBFM, which are
used to analyze finite arrays of disjoint antenna elements. These are based on the stationary …

An enhancement to the iterative Jacobi technique with the characteristic basis function
method is presented. The resulting method is intended for efficient method of moments …

A new method is proposed to analyze antenna arrays including mutual coupling (MC), which
is based on the concept of multiple scattering, and relates to the iterative Jacobi and Gauss …

The evaluation of the electric field near objects of complex geometries is critical in the pre-
bridging regime of lightning strikes in high-voltage transmission systems, which is subject to …

A new iterative method is presented, for the efficient method of moments (MoM) analysis of
large antenna arrays with identical, disjoint elements. The method is an extension of the …

An efficient technique for improving the accuracy of the domain Green's function method
(DGFM) for the analysis of large finite antenna arrays with strong mutual coupling, is …

This paper presents a new hybridization between MoM-GEC and some asymptotic methods.
In fact, a new hybrid current test function based on Physical Optic (PO) and a modal method …

A novel imaging procedure based on ultra-wideband microwave signals is presented. The
procedure exploits the use of Bessel functions mode-matching approach for the …

A complete set of entire-domain basis functions are introduced for the analysis of scattering
from bodies with curved surfaces; they are defined via the application of a generalization of …

Entire-domain basis functions are introduced for the analysis of scattering from bodies with
flat portions, and of radiation from planar apertures; they are defined via the application of …