Induction heating is a very common procedure for melting metals and alloy especially where all other heating procedures are not applicable or advisable. But, design process of such a complicated induction heating devices usually results with extensive use of computer job, time and cost. Not only magnetic flux density and eddy current density distributions inside the furnace have to be analyzed, but also the distribution and intensity of electromagnetic forces, especially levitation force has to be researched and optimized
For induction heating simulation, 3-D finite element analysis of magneto-thermal coupled problem wit...
The aim of the work is precise coupled electromagnetic-temperature field analysis using the finite e...
In this paper, we present some advances in 3D finite element modeling of the induction heating proce...
To optimize the shape and parameters and to increase efficiency of induction heating furnace, detail...
To optimize the production of high-efficiency induction skull melting furnace, we analyzed magnetic ...
International audienceAn increasing number of problems in mechanics and physics involves multiphysic...
Induction heating computer simulation is a powerful tool for process design and optimization, induct...
Magnetic shielding of levitation melting induction heating devices does not only reduce the stray fi...
Induction heating is the process of heating an electrically conducting object by electromagnetic ind...
Abstract — Induction heating is a famous technology and very usually used for cooking appliances bec...
This paper presents the results obtained by numerical modeling of the volume heating of a flat workp...
Mathematical modeling of Induction heating process is done by using 2D axisymmetric geometry. Induct...
M.Ing. (Electrical And Electronic Engineering)The metals manufacturing industry is the link between ...
In this paper the developed analytical electromagnetic model of induction heating system is presente...
A comprehensive micro-macroscopic model of the continuous hardening of 3d-axisymmetric steel compone...
For induction heating simulation, 3-D finite element analysis of magneto-thermal coupled problem wit...
The aim of the work is precise coupled electromagnetic-temperature field analysis using the finite e...
In this paper, we present some advances in 3D finite element modeling of the induction heating proce...
To optimize the shape and parameters and to increase efficiency of induction heating furnace, detail...
To optimize the production of high-efficiency induction skull melting furnace, we analyzed magnetic ...
International audienceAn increasing number of problems in mechanics and physics involves multiphysic...
Induction heating computer simulation is a powerful tool for process design and optimization, induct...
Magnetic shielding of levitation melting induction heating devices does not only reduce the stray fi...
Induction heating is the process of heating an electrically conducting object by electromagnetic ind...
Abstract — Induction heating is a famous technology and very usually used for cooking appliances bec...
This paper presents the results obtained by numerical modeling of the volume heating of a flat workp...
Mathematical modeling of Induction heating process is done by using 2D axisymmetric geometry. Induct...
M.Ing. (Electrical And Electronic Engineering)The metals manufacturing industry is the link between ...
In this paper the developed analytical electromagnetic model of induction heating system is presente...
A comprehensive micro-macroscopic model of the continuous hardening of 3d-axisymmetric steel compone...
For induction heating simulation, 3-D finite element analysis of magneto-thermal coupled problem wit...
The aim of the work is precise coupled electromagnetic-temperature field analysis using the finite e...
In this paper, we present some advances in 3D finite element modeling of the induction heating proce...