Precise knowledge of faults is very exigent to reduce the outage duration as most of the
customer minute losses in distribution grids occur due to longer period of interruptions …

This paper presents a semi-analytical method for determining the distribution of the thermal
field in a system of two parallel round conductors, taking into account the skin and proximity …

A novel method of AC sensing is presented that uses a double nanohole (DNH)
nanoaperture atop a solid-state nanopore (ssNP) to trap analytes and measure their optical …

In practical energy and communication applications a transmission line is not terminated
with its characteristic impedance. Consequently, to avoid reflections it is utilised in …

In the polysilicon reduction furnace, all the energy is supplied by the heat generation on
silicon rods which are heated up by the passage of electric current. The alternating current …

The Maxwell's field equations and Ohm's Law were added to energy equation to account for
the electromagnetic contributions to heat transfer phenomena within silicon rod arranged in …

A numerical bifurcation analysis is presented for an industrial application where direct
resistance heating through a DC is applied to a flat metallic plate, which is cooled by a …

The paper is focused on numerical modeling of multi-strand cable lines placed in free air.
Modeling is carried out within the framework of the so-called multi-physics approach using …

This paper presents an electrical heating model using alternating current (AC) for the silicon
rods located in a 24-rod Siemens reactor. In this model, the combined effects of heat …

This paper analyzes the skin-effect influence on ACSR conductors for overhead lines. The
analysis is based on numerical models: one cylinder, and two coaxial cylinders, and …