The induced current in the buried cable shield is evaluated by solving the full-wave Maxwell
equations with the Finite Element Method (FEM). Three different cases are considered for …

The accurate estimation of the influence of the imperfect earth on the propagation
characteristics of conductors is a crucial issue in electromagnetic (EM) transient analysis. In …

The effect of a shield wire, which is a bare conductor buried above an insulated metallic
cable, on lightning-induced currents on the cable has been studied using the three …

This article presents an inverse scattering analysis-enhanced radar imaging method by
incorporating synthetic aperture radar (SAR) and contrast source inversion (CSI) to enhance …

Due to the current spreading of wind farms all over the world and their vulnerability to
lightning strikes, it is important to investigate the lightning electromagnetic transients in wind …

This paper discusses the impulse analysis of horizontal ground electrode buried in uniform
and two-layer soils, describing applications of a recently developed model based on …

The characteristics of external electromagnetic fields (EEMFs) produced by underground
cables in the lossy earth are further investigated and studied. This paper develops an …

The present paper explores the impact of inclined lightning on the induced voltage on an
overhead line in the presence of two-layer horizontal stratified ground. The Finite Element …

In regions having high activity of lightning flashes, it is important to investigate the lightning-
induced electromagnetic (EM) transients affecting buried cables, particularly if such buried …

Finite-difference time-domain (FDTD) method combined with the recursive convolution
technique is applied to compute lightning electromagnetic pulses (LEMP) for dispersive …