Influence of the electro-magnetic stirring on the boundary layer of a molten steel pool
Francesco Negrini, Francesco Galante, Takehiko Toh, Eiichi Takeuchi, Massimo Fabbri
págs. 10-19
K Hameyer, R Belmans, H De Gersem
págs. 20-29
Dynamic load impedance matching for induction heater systems
H.I. Sewell, D.A. Stone, C.M. Bingham
págs. 30-38
Turbulent flow dynamics, heat transfer and mass exchange in the melt of induction furnaces
E Baake, B Nacke, A Jakovics, A Umbrashko
págs. 39-47
págs. 48-57
Removal of SiC inclusions in molten aluminium using a 12 T static magnetic field
Fabrizio Colli, Kensuke Sassa, Francesco Negrini, Shigeo Asai, Massimo Fabbri
págs. 58-67
págs. 68-78
Modelling of induction heating and consequent hardening of long prismatic bodies
J Barglik, B Ulrych, M Sˇkopek, C Sajdak, I Dolezˇel
págs. 79-87
págs. 88-97
Transverse flux induction heating: comparison between numerical models and experimental validation
T Tudorache, V Fireteanu, G.M. Veca, A Geri
págs. 98-110
Optimal shape design of devices and systems for induction-heating: methodologies and applications
S Lupi, P Di Barba, A Savini, F Dughiero
págs. 111-122
Using of EM fields during industrial CZ and FZ large silicon crystal growth
Thomas Wetzel, Andris Muiznieks, Armands Krauze, Georg Raming, Alfred Mu hlbauer, Gundars Ratnieks
págs. 123-133
A Mu hlbauer, F Dughiero, A Nikanorov, S Lupi
págs. 134-148
págs. 149-157
Mathematical modelling of the industrial growth of large silicon crystals by CZ and FZ process
Armands Krauze, Gundars Ratnieks, Andris Muiznieks, Thomas Wetzel, Alfred Mu hlbauer, Georg Raming
págs. 158-169
3D FEM models for numerical simulation of induction sealing of packaging material
A Babini, F Dughiero, M Forzan, A Fontanini, R Borsari
págs. 170-180
págs. 181-191
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