We discuss the transmission line (TL) theory and its application to the problem of lightning
electromagnetic field coupling to TLs. We start with the derivation of the general field-to-TL …

The evaluation of electromagnetic transients in overhead power lines due to nearby
lightning return strokes requires accurate models for the calculation of both the incident …

The paper addresses the important issue of evaluating the overvoltages produced on a
power system by a lightning event. First, the theoretical formulation of the problem in the time …

Accurate evaluation of the response of overhead distribution lines to lightning
electromagnetic pulse (LEMP) represents an important aspect in insulation coordination of …

Due to the extension of the power grid with many complex and compact pieces of power
equipment, transformers will be more exposed to fast transient, resulting from various …

Lightning strikes can seriously affect the reliability and availability of electrical
infrastructures. The computation of lightning-electromagnetic fields represents one of the …

One of the main issues that has to be faced when evaluating lightning-induced overvoltages
on a realistic network configuration is to implement the algorithm that solves the field-to-line …

One of the most important and studied topics in lightning research is the development of
suitable models for the return stroke current and electromagnetic fields. In particular, when …

The article provides analytical expressions for the electromagnetic fields generated by a
lightning return stroke characterized by a channel-base current with arbitrary time waveform …

In this paper, we study the effect of overhead shielding wires on the lightning-induced
voltages of two typical multiconductor lines configurations at distances from 50 to 1000 m …