The physical mechanism of lightning attachment to grounded structures is one of the most
important issues in lightning physics research, and it is the basis for the design of the …

This study examines the temporal (monthly) and spatial climatology (2004–2010) of the first
return stroke of the cloud‐to‐ground (CG) lightning flash peak current (Ip) across various …

The leader progression model (LPM) is employed to investigate the shielding system
performance of high-voltage substations against direct lightning strokes in the presence of …

This paper presents a 3-D self-organized model of a downward stepped leader in negative
cloud-to-ground lightning. In the model, the characteristic features of stepped leaders are …

A numerical model for lightning attachment on UHV-AC double-circuit transmission lines
was developed using the leader propagation method (LPM) and the finite element method …

The self-consistent leader inception and propagation model is used to analyze the influence
of the phase voltage on the attachment of lightning to ultra-high voltage power transmission …

The leader progression model (LPM) is a tool for estimating the lightning performance of
transmission lines. However, the large computation time remains a problem for the …

Data gathered from the US National Lightning Detection Network (TM)(NLDN) show that the
peak currents of lightning flashes striking the sea are significantly higher than those of …

In this study, a discharge test for scaled wind turbine is performed to examine the lightning
discharge characteristics of rotating wind turbines, and an observation platform is designed …

Lightning shielding failure probability efficiency evaluation is important for transmission line
design, especially for ultra-high voltage level. Traditional electrogeometric model (EGM) is …