The distribution of the magnetic flux density near a cook-top appliance is investigated. The current density induced inside a cylindrical phantom is also evaluated in order to verify the compliance with the exposure limits in force. The computations are performed using two different strategies based respectively on the Finite Element Method and the Boundary Element Method. A comparison between the two different methods is also proposed and discussed
The paper deals with numerical computation methods for solving the quasistationary electromagnetic f...
Heat treatments are widely used in industry to improve the surface behavior of components exposed to...
Distribution of magnetic field during electromagnetic continuous casting of hollow billets of alumin...
The distribution of the magnetic flux density near a cook-top appliance is investigated. The current...
An electromagnetic model of an induction cooking system and its numerical solution are proposed. The...
Purpose - The purpose of this paper is to describe how numerical models of human body have been appl...
The paper presents a model of an induction heating implemented in FLUX 3D. Taken multi-variant calcu...
In this paper a rigorous approach for the computation of the electromagnetic field around an actual...
In this work, a numerical model for induction heating is proposed. The heating process considers onl...
In this work, a numerical model for induction heating is proposed. The heating process considers onl...
In this paper the developed analytical electromagnetic model of induction heating system is presente...
We investigated whether domestic and professional induction cooktops comply with the basic restricti...
Computer modeling for the design of inductors for different applications in the induction heating pr...
AbstractWe consider a finite element model for passive and active shielding of the magnetic stray fi...
Abstract — Induction heating is a famous technology and very usually used for cooking appliances bec...
The paper deals with numerical computation methods for solving the quasistationary electromagnetic f...
Heat treatments are widely used in industry to improve the surface behavior of components exposed to...
Distribution of magnetic field during electromagnetic continuous casting of hollow billets of alumin...
The distribution of the magnetic flux density near a cook-top appliance is investigated. The current...
An electromagnetic model of an induction cooking system and its numerical solution are proposed. The...
Purpose - The purpose of this paper is to describe how numerical models of human body have been appl...
The paper presents a model of an induction heating implemented in FLUX 3D. Taken multi-variant calcu...
In this paper a rigorous approach for the computation of the electromagnetic field around an actual...
In this work, a numerical model for induction heating is proposed. The heating process considers onl...
In this work, a numerical model for induction heating is proposed. The heating process considers onl...
In this paper the developed analytical electromagnetic model of induction heating system is presente...
We investigated whether domestic and professional induction cooktops comply with the basic restricti...
Computer modeling for the design of inductors for different applications in the induction heating pr...
AbstractWe consider a finite element model for passive and active shielding of the magnetic stray fi...
Abstract — Induction heating is a famous technology and very usually used for cooking appliances bec...
The paper deals with numerical computation methods for solving the quasistationary electromagnetic f...
Heat treatments are widely used in industry to improve the surface behavior of components exposed to...
Distribution of magnetic field during electromagnetic continuous casting of hollow billets of alumin...
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