When evaluating the risks resulting from the effects of electromagnetic interference (EMI) on
buried pipelines running near ac electrified traction systems, the harmonic distortion in …

Lightning strikes to conductors of overhead lines may cause high transient induced voltages
at neighbouring pipelines. Thus, the computation of these voltages is important for the safe …

The electromagnetic interference (EMI) of overhead transmission lines (OHLs) to
aboveground pipelines sharing the same right-of-ways has been a research topic for many …

An analysis of the high voltage induction effect on the impressed current cathodic protection
(ICCP) system on pipelines parallel toward high voltage power lines was employed in this …

This paper diagnoses the corrosive effects of the electromagnetic induction caused by
double circuit high voltage power lines (HVPL) on the buried X70 steel pipelines. To achieve …

The coupling of fundamental frequency voltages and currents on voltage-source converter
(VSC)-HVDC overhead transmission lines from neighboring ac lines is analyzed. The …

Making use of EMTP, the transient simulation of the currents along the towers and ground
wires is performed when the lightning strikes the tower of the power transmission line. The …

The problem of AC corrosion remains motivating for researchers because many factors
influence the corrosion rate for buried pipelines due to the interference with overhead high …

Grounding faults are common faults on dc transmission lines. Characteristics of the short-
circuit current, such as amplitude and frequency, and its following distribution are very …

Among the available literature on electromagnetic interference between high voltage power
lines and nearby pipelines, the topic of transient induced voltage on the pipelines are rarely …