This article presents the numerical evaluation of Green's functions for the generalized partial
element equivalent circuit (PEEC) formulation in the air and lossy-ground space. Both the …

This review paper is a sequel to our earlier paper entitled “Application of the principle of
analytic continuation to interpolate/extrapolate system responses resulting in reduced …

Sommerfeld integrals appear in the solution of radiation and scattering problems involving
antennas in planar multi-layered media. In the conventional approach it is quite difficult to …

A mixed-form thin-stratified medium fast-multipole algorithm is proposed for fast simulation of
general microstrip structures at both low and mid-frequencies. The newly developed matrix …

In this article, we present a derivation for analytical expressions of the electromagnetic (EM)
fields radiated by triaxial magnetic/electric point sources in planar-stratified media. The …

A novel, robust, and computationally efficient approach is proposed for the evaluation of the
Michalski–Zheng's mixed-potential Green's functions of general shielded layered media. A …

In this paper, we present a novel procedure for an efficient and accurate electromagnetic
simulation of microstrip circuits and printed antennas etched in layered media. The …

In this study the authors present a novel technique in the context of the characteristic basis
function method (CBFM) for the efficient analysis of microstrip circuits and antennas printed …

In this paper, a method based on consecutive perturbation for the fast and accurate
extraction of all useful surface-and leaky-wave modes for a lossy layered medium is …

Accurate and efficient formulas for computing spatial-domain Green's functions are
presented in this paper. To apply the formulas, we only require a set of sample points of the …