AbstractThe 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 currents in the heated specimen. The geometrical position of the inductors influences the final surface temperature distribution. There are many technological processes which require uniform surface temperature like process of induction hardening. The scope of the article is to show the numerical approach to optimize geometrical dimensions of the induction heating process in order to reach uniform surface temperature on heated specimen
ATTENTION : ce travail date de 1995Any electric conducting material exposed to a variable magnetic f...
In the paper, a benchmark in the area of induction heating is presented in order to test methods and...
International audienceThis paper aims at introducing new approaches for designing and optimising ind...
International audienceAn increasing number of problems in mechanics and physics involves multiphysic...
Through heating of titanium before plastic deformation is energy and time-consuming proce...
The paper deals with the mathematical modeling of induction contour hardening of gear wheels...
Mathematical model making allowances for the billet’s phase heterogeneity as well as voltage differe...
[[abstract]]This article explores the effect of the design of the multi-layered coil on the efficien...
The use of eddy current devices is very common in several areas of Electrical Engineering such as no...
Induction heating has important applications in science and industry. The method of induction heatin...
Induction heating is a heating method for electrically conductive materials that takes advantage of ...
In order to give a temperature distribution at the bottom of the induction cooking, and moderate red...
Induction heating is the process of heating a material through the generation of eddy current. An ex...
This paper deals with an induction heating approach in order to realize a tailored heating of roun...
We study a mathematical model for the inductive heating of steel.It consists of a vector potential f...
ATTENTION : ce travail date de 1995Any electric conducting material exposed to a variable magnetic f...
In the paper, a benchmark in the area of induction heating is presented in order to test methods and...
International audienceThis paper aims at introducing new approaches for designing and optimising ind...
International audienceAn increasing number of problems in mechanics and physics involves multiphysic...
Through heating of titanium before plastic deformation is energy and time-consuming proce...
The paper deals with the mathematical modeling of induction contour hardening of gear wheels...
Mathematical model making allowances for the billet’s phase heterogeneity as well as voltage differe...
[[abstract]]This article explores the effect of the design of the multi-layered coil on the efficien...
The use of eddy current devices is very common in several areas of Electrical Engineering such as no...
Induction heating has important applications in science and industry. The method of induction heatin...
Induction heating is a heating method for electrically conductive materials that takes advantage of ...
In order to give a temperature distribution at the bottom of the induction cooking, and moderate red...
Induction heating is the process of heating a material through the generation of eddy current. An ex...
This paper deals with an induction heating approach in order to realize a tailored heating of roun...
We study a mathematical model for the inductive heating of steel.It consists of a vector potential f...
ATTENTION : ce travail date de 1995Any electric conducting material exposed to a variable magnetic f...
In the paper, a benchmark in the area of induction heating is presented in order to test methods and...
International audienceThis paper aims at introducing new approaches for designing and optimising ind...