The functionality of buried metallic pipelines can be compromised by the electrical lines that
share the same right-of-way. Given the considerable size of shared corridors, computer …

This work proposes a numerical methodology for the calculation of currents and voltages
induced on underground pipelines by nearby overhead power lines. A previously developed …

This paper deals with the problem of AC interference on buried metallic pipelines located in
proximity of HVAC power lines. A numerical technique for the assessment of the induced …

Metallic buried pipelines sharing the same corridor with AC power lines are subjected to AC
interference, potentially harmful to personnel and equipment. The inductive coupling …

In this paper, a novel quasi-three dimensional technique for the study of electromagnetic
interferences induced by overhead power lines on buried metallic pipelines located in the …

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 …

This paper presents a numerical approach based on the finite element method for the
estimation of AC interference on buried metallic pipelines sharing the same right-of-way of …

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 inhomogeneous wires are composed of different metals to exploit the advantages of
particular material. One of the most relevant electrical parameter used to describe the …

In recent years, with the increase in renewable energy and storage penetration, power flow
studies in low-voltage networks have become of interest in both industry and academia …