The paper presents a two-stage approach to solve a class of nonlinear 3-D eddy current problems with high saturation, typical of induction heating processes. The proposed method separates the problem of heavy nonlinearity from the complexity of the geometry, by resorting to a 1-D fast nonlinear solver which is coupled with a linear 3-D solver. Under certain hypotheses on the geometry, the approach is shown to be effective and accurate. Comparison with a commercial 3-D nonlinear code are provided
Presents a procedure for the solution of induction heating coupled non-linear electromagnetic and th...
This paper presents a methodology to study nonlinear electromagnetic phenomena inside ferromagnetic ...
This paper presents a methodology to study nonlinear electromagnetic phenomena inside ferromagnetic ...
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...
The paper presents a two-stage approach to solve a class of nonlinear 3-D eddy current problems with...
The use of eddy current devices is very common in several areas of Electrical Engineering such as no...
Purpose -This paper aims to propose a fast and accurate simulation of large-scale induction heating ...
A fast approach to the numerical solution of induction heating problems is proposed. The projection ...
International audienceLarge scale industrial induction heating models require economical and robust ...
This paper presents a methodology to study nonlinear electromagnetic phenomena inside ferromagnetic ...
A novel hybrid approach for solving induction heating is presented. The electro-thermal problem is d...
A novel hybrid approach for solving induction heating problems is presented. The electro...
Presents a procedure for the solution of induction heating coupled non-linear electromagnetic and th...
This paper presents a methodology to study nonlinear electromagnetic phenomena inside ferromagnetic ...
This paper presents a methodology to study nonlinear electromagnetic phenomena inside ferromagnetic ...
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...
The paper presents a two-stage approach to solve a class of nonlinear 3-D eddy current problems with...
The use of eddy current devices is very common in several areas of Electrical Engineering such as no...
Purpose -This paper aims to propose a fast and accurate simulation of large-scale induction heating ...
A fast approach to the numerical solution of induction heating problems is proposed. The projection ...
International audienceLarge scale industrial induction heating models require economical and robust ...
This paper presents a methodology to study nonlinear electromagnetic phenomena inside ferromagnetic ...
A novel hybrid approach for solving induction heating is presented. The electro-thermal problem is d...
A novel hybrid approach for solving induction heating problems is presented. The electro...
Presents a procedure for the solution of induction heating coupled non-linear electromagnetic and th...
This paper presents a methodology to study nonlinear electromagnetic phenomena inside ferromagnetic ...
This paper presents a methodology to study nonlinear electromagnetic phenomena inside ferromagnetic ...