In this paper, a stochastic approach is combined with field theory and circuit methods to
study how the geometrical and electrical properties of holidays (defects or pores in the …

Transmission lines are primarily deployed overhead, and the transmission tower, acting as
the fulcrum, can be affected by the unbalanced force of the wire and extreme weather …

A numerical methodology is proposed for the calculation of transient electromagnetic
interference induced by overhead high-voltage power lines in metallic structures buried in …

This paper presents a numerical study on the reduction in the voltage and current induced
on a 13.5 km buried metallic pipeline by an overhead power line. The mitigation …

In this work, we describe the implementation of FLARE-a fully vectorized Matlabsolver based
on the finite element method, FLARE is (mainly) dedicated to stationary and quasi-stationary …

The 25 kV traction network creates highly intensive electromagnetic fields. These fields
affect the long conductive structures located near railway lines and can induce voltage …

The transmission line tower will be affected by bad weather and artificial subsidence caused
by the foundation and other factors in the power transmission. The tower's tilt and severe …

Buried metallic pipelines are used to transmit the natural gas and petroleum products to the
citizens. Sometimes these pipelines are constructed in the same pathway of the overhead …

In this paper, a strategy for reducing the electromagnetic interferences induced by power
lines on metallic pipelines is proposed and numerically investigated. The study considers a …

A better use of space is achieved when different networks and systems, such as AC
transmission lines, transportation systems, and pipelines share the same right-of-way …