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 …

We develop a general-purpose formulation, based on two-dimensional spectral integrals, for
computing electromagnetic fields produced by arbitrarily oriented dipoles in planar-stratified …

Sommerfeld-integrals (SIs) are ubiquitous in the analysis of problems involving antennas
and scatterers embedded in planar multilayered media. It is well known that the oscillating …

The computation of ground resistances and impedances is essential to appraise the
compliance of grounding systems with safety requirements, and to predict potential electrical …

Wind turbines, because of their height and localization, are frequently subject to direct
lightning strikes. Thus, the investigation on the performance of their grounding system is of …

This work focuses on Green's functions (GFs) of planar multilayered structures that may
include an arbitrary number of conductive sheets. The spectral-domain GFs are derived …

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 …

A novel electromagnetic modeling method for multidomain planar layered medium (MD-
PLM) by surface integral equation (SIE) is proposed. The MD-PLM refers to the whole space …

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 …

Prediction of the potential threats due to direct lightning strokes of sensitive targets, eg,
overhead power-line towers, substations or buildings, requires accurate modeling of the …