Eddy-current problems occur in a wide range of industrial and metallurgical applications
where conducting material is processed inductively. Motivated by realising coupled multi …

In this work, an edge-based smoothed finite element method (ES-FEM) is presented to solve
electromagnetic field problems. First, the analysis domain is discretized into a set of …

Transition processes in a steel conductive strip are analyzed during its induction heating
under a quasi-steady electromagnetic field. In particular, the temperature field in the strip is …

A mathematical model was developed to get an insight into 3D electromagnetic–thermal
phenomena in an induction heated steel slab with a large width/thickness ratio by solving a …

In this paper we present a novel method to model discontinuous distributions of magnetic
fields. The method is based on a finite volume discretization of a divergence form of the …

In this article we present a formulation for the numerical computation of static magnetic fields
in discontinuous media. Focusing on solving magneto-fluid-structure interaction problems …

In this research, the comparison of force calculation methods in magnetostatic simulations
within a cell-centered finite volume framework is presented. Various procedures for …

The object of this research was a self-resonated inverter, based on paralleled Insulated-
Gate Bipolar Transistors (IGBTs), for high-frequency induction heating equipment, operating …

The numerically simulated method of using electromagnetic field from an alternating current
is a patented method to create in liquid metal, under the conditions of resonance, acoustic …

The heat transfer characteristics of feedthrough flange under high alternating current
excitation were investigated by three-dimensional finite element model. The correlations …