The state of art in alternating current (AC)-induced corrosion in pipelines is reviewed.
Growing pipeline networks and their co-location with high-voltage (HV) transmission …

This paper presents a study of the overhead transmission lines (OHTLs) electromagnetic
fields effects on the metallic gas pipelines. The inductive and conductive voltages between …

The electromagnetic interference (EMI) generated by high voltage power systems can cause
a serious problem for nearby electrically conductive structures, such as railroads …

The rapid change in human migration from rural areas towards the biggest metropolitan
areas across the world implies a reorganization of the utility transport networks creating new …

When dealing with 50–60 Hz inductive electromagnetic interference from power lines on
pipelines, the key parameter is represented by the per unit length mutual impedance …

The presence of a very-high-voltage (VHV) electricity transmission line nearby a metallic
pipeline can be a source of dangerous effects for this pipeline due to the electromagnetic …

In recent years, due to the large‐scale construction of wind power and shore power projects,
the amount of submarine high‐voltage AC cables has been increasing year by year, and …

Pipelines (PLs) installed in the vicinity of power substations are subjected to produced high
conductive potentials that may prove to be hazardous whenever the substation's grounding …

The paper is aimed to analyse the influence of the degradation, in the course of time, of
pipelines insulating coating in the frame of power frequency electromagnetic interference …

There are many parameters affecting the distribution of the electric charges along the
conductors of the overhead transmission lines and hence their resulting electric field, such …