This paper deals with numerical simulation of induction heating for axisymmetric geometries.
A mathematical model is presented, together with a numerical scheme based on the Finite …

Induction heating is used in many industrial applications to heat electrically conductive
materials. The coupled electromagnetic-thermal induction heating process is non-linear in …

Induction hardening is a well known method for the heat treatment of steel components. With
the concept of multi-frequency hardening, where currents with two different frequency …

We investigate a mathematical model for induction hardening of steel. It accounts for
electromagnetic effects that lead to the heating of the workpiece as well as …

We consider optimal control problems arising in induction heating processes. We are mainly
concerned with two classes of these processes: uniform heating and metal hardening. The …

This paper deals with mathematical modelling and numerical simulation of induction heating
furnaces with axisymmetric geometries. The mathematical model consists of a coupled …

This paper concerns the mathematical modelling and numerical solution of thermoelectrical
phenomena taking place in an axisymmetric induction heating furnace. We formulate the …

We consider in this paper an induction heating process. A mathematical model is presented,
together with numerical methods used in order to describe the magnetic field, as well as the …

The physics of the induction heating is based on coupling of the electromagnetism and heat
transfer. The main heat source during induction heating is resistive heating caused by eddy …

An arbitrary order finite difference method for solving non-linear convection Diffusion
Reaction equations in curved boundary domains with Cartesian grid is proposed. Ghost …