This paper presents a methodology to study nonlinear electromagnetic phenomena inside ferromagnetic pieces where eddy currents are driven by an external supply source in the medium frequency range. The proposed methodology takes, as reference, a nonlinear time-harmonic solution of the piece and then identifies, by means of an optimization procedure, the magnetic permeability values of an equivalent layered linear material which would give the same value of Joule losses of the nonlinear case. This approach has been applied to a test configuration obtaining good results
Induction heating is used in many industrial applications to heat electrically conductive materials....
In the paper we present the numericalsimulation of the electromagnetic phenomena coupledwith the the...
ATTENTION : ce travail date de 1995Any electric conducting material exposed to a variable magnetic f...
This paper presents a methodology to study nonlinear electromagnetic phenomena inside ferromagnetic ...
This paper presents a methodology to study nonlinear electromagnetic phenomena inside ferromagnetic ...
This paper presents a methodology to study nonlinear electromagnetic phenomena inside ferromagnetic ...
Magnetic devices such as transformers and chokes often operate under a non-linear load, resulting in...
International audienceLarge scale industrial induction heating models require economical and robust ...
The paper presents a two stage approach to solve a class of nonlinear 3D eddy current problems with ...
The paper presents a two-stage approach to solve a class of nonlinear 3-D eddy current problems with...
The paper presents a two-stage approach to solve a class of nonlinear 3-D eddy current problems with...
Purpose -This paper aims to propose a fast and accurate simulation of large-scale induction heating ...
TORO II is a finite element computer program that is used in the simulation of electric and magnetic...
A new approach, based on the magnetic vector potential, is developed for the solution of flux penetr...
The paper deals with numerical computation methods for solving the quasistationary electromagnetic f...
Induction heating is used in many industrial applications to heat electrically conductive materials....
In the paper we present the numericalsimulation of the electromagnetic phenomena coupledwith the the...
ATTENTION : ce travail date de 1995Any electric conducting material exposed to a variable magnetic f...
This paper presents a methodology to study nonlinear electromagnetic phenomena inside ferromagnetic ...
This paper presents a methodology to study nonlinear electromagnetic phenomena inside ferromagnetic ...
This paper presents a methodology to study nonlinear electromagnetic phenomena inside ferromagnetic ...
Magnetic devices such as transformers and chokes often operate under a non-linear load, resulting in...
International audienceLarge scale industrial induction heating models require economical and robust ...
The paper presents a two stage approach to solve a class of nonlinear 3D eddy current problems with ...
The paper presents a two-stage approach to solve a class of nonlinear 3-D eddy current problems with...
The paper presents a two-stage approach to solve a class of nonlinear 3-D eddy current problems with...
Purpose -This paper aims to propose a fast and accurate simulation of large-scale induction heating ...
TORO II is a finite element computer program that is used in the simulation of electric and magnetic...
A new approach, based on the magnetic vector potential, is developed for the solution of flux penetr...
The paper deals with numerical computation methods for solving the quasistationary electromagnetic f...
Induction heating is used in many industrial applications to heat electrically conductive materials....
In the paper we present the numericalsimulation of the electromagnetic phenomena coupledwith the the...
ATTENTION : ce travail date de 1995Any electric conducting material exposed to a variable magnetic f...