Microwave Properties of Ferromagnetic Nanowires and Applications to Tunable Devices
p.389
p.389
The mmW Band Tamm States in One-Dimensional Magnetophotonic Crystals
p.394
p.394
Confined-Chalcogenide Phase Change Memory with Thin Metal Interlayer for Low Reset Current by Finite Element Modeling
p.399
p.399
Comparative Investigations of Structure and Absorptive Capacity of Nano- and Microsized Magnetic-Operated Particles for their Application in Medicine and Biology
p.403
p.403
Coupled Electromagnetic-Thermal Field Investigation in Induction Heating Device
p.407
p.407
3D Magnetic Field Modelling and Force Computation of a Permanent Magnet Linear Actuator
p.411
p.411
EMR Spectra of Iron-Based Nanoparticles Produced by Dissimilatory Bacteria
p.415
p.415
Crossover from Valence Phase Transition to Kondo Behavior in Yb1-xCexInCu4 as Probed by Cu NQR
p.419
p.419
Multi-Channel High-Tc SQUID System for Bio-Applications
p.424
p.424
Coupled Electromagnetic-Thermal Field Investigation in Induction Heating Device
Abstract:
The aim of the work is precise coupled –electromagnetic and temperature field analysis of an induction heating system by finite element method. Presented example is referred to real induction heating system. The problem was solved as nonlinear, transient and axisymmetrical. The numerical model of the coupled fields is based on the finite element method and electromagnetic and temperature distributions have been obtained using COMSOL 3.3 software package.
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Info:
Periodical:
Solid State Phenomena (Volumes 152-153)
Pages:
407-410
Citation:
Online since:
April 2009
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