Aspects of Numerical Modeling of the Induction Heating Process of Non-Ferromagnetic Parts

Aspects of Numerical Modeling of the Induction Heating Process of Non-Ferromagnetic Parts

The paper presents the numerical modeling of the volume induction heating process for non-ferromagnetic semi-products with rectangular (or cylindrical) cross-section. We analyze the couplet electromagnetic and thermal phenomena (variation of temperature, frequency, power consumption, etc.). Numerica...

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Veröffentlicht in:Journal of electrical and electronics engineering 2012-01, Vol.5 (1), p.229
Hauptverfasser: Stanciu, Bogdan, Nagy, Stefan, Mich-Vancea, Claudiu
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Sprache:eng
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Design optimization
Electromagnetism
Heat transfer
Heating
Mathematical models
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creator Stanciu, Bogdan
Nagy, Stefan
Mich-Vancea, Claudiu
description The paper presents the numerical modeling of the volume induction heating process for non-ferromagnetic semi-products with rectangular (or cylindrical) cross-section. We analyze the couplet electromagnetic and thermal phenomena (variation of temperature, frequency, power consumption, etc.). Numerical modeling can offer precise information about several interdependent linear and non-linear parameters that can influence the transient and final thermal conditions of the semi-product, and how to optimize the design of induction heating systems in order to grow the efficiency of the heating process and to obtain the wanted temperature profile. [PUBLICATION ABSTRACT]
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source DOAJ Directory of Open Access Journals; Elektronische Zeitschriftenbibliothek - Frei zugängliche E-Journals
subjects Design optimization
Electromagnetism
Heat transfer
Heating
Mathematical models
title Aspects of Numerical Modeling of the Induction Heating Process of Non-Ferromagnetic Parts
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