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Magneto-thermal-motion coupling in transverse flux heating

Domenii publicaţii > Stiinte ingineresti + Tipuri publicaţii > Articol în revistã ştiinţificã

Autori: Tudorache T., Fireteanu V.,

Editorial: EMERALD GROUP PUBLISHING LIMITED, COMPEL Journal, 27, p.399-407, 2008.


Purpose – This paper aims to deal with the 3D finite element analysis of metallic sheets heating in translating motion through the air gap of an inductor of transverse flux type.
Design/methodology/approach – This study presents two finite element based motion coupling techniques used to analyze the transient temperature field of moving metallic sheets heated by induction.

Findings – The numerical results obtained by the two different magneto-thermal – translating motion coupling techniques proposed in this paper are in good agreement with each other being validated also by experimental measurements.

Practical implications – The proposed numerical techniques can be used for the design and optimization of transverse flux induction heating systems.

Originality/value – An original solution to improve the transversal thermal profile of the metallic sheet based on the magnetic shielding is proposed and analyzed. The numerical results of the thermal field are validated by experimental measurements.

Cuvinte cheie: inductie electromagnetica; proprietati termice ale materialelor: benzi metalice // electromagnetic induction; thermal properties of materials; metal sheets