A review is presented of the most effective methods for the computation of Sommerfeld
integral tails. Such integrals, which are often oscillatory, singular and divergent, commonly …

The analysis of propagation of bound and leaky modes in single and multiple coupled
microstrip lines in planarly layered media by means of Galerkin's method applied to an …

Far-field closed-form expressions are derived for spatial domain multilayered Green's
functions (GF). For the derivation of these far-field expressions, the spectral domain …

An analytical solution for the wave scattering generated by a vertical dipole above
horizontally stratified media is proposed. The solution to the problem is given in terms of 2-D …

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 …

The analysis of the scattering by a tilted perfectly conducting strip buried in a lossy half-
space at oblique incidence is formulated as an electric field integral equation (EFIE) in the …

The analysis of 2D scattering in the presence of a dielectric half-space by integral-equation
formulations involves repeated evaluation of Sommerfeld integrals. Deformation of the …

In this article, a fast direct solver is proposed for complicated electromagnetic (EM) scattering
problems in planarly layered medium (PLM). For an arbitrary metallic object straddling two …

An efficient space mapping method (SMM) is proposed to simulate electromagnetic (EM)
propagation in 3-D multilayered lossy media. In regard to the spatial geometry discretization …

The efficient computation of Green's functions for uniaxial anisotropic layered media is
investigated. Both field and mixed-potential layered medium Green's functions (LMGFs) are …