State of the art of numerical modeling for induction processes

Author:

Lavers J.D.

Abstract

PurposeTo provide a selective bibliography for researchers and graduate students who have an interest in induction processes applied to the electromagnetic processing of materials.Design/methodology/approachThe objective is to provide references that identify seminal, early work, and references that represent the current state of the art. References are listed in categories that cover the broad range of induction modeling and application issues.FindingsA brief overview of the key areas in induction processing of materials is provided, but greater emphasis and space is devoted to the references provided.Research limitations/implicationsThe middle years of each topic area are not covered.Practical implicationsA very comprehensive coverage of material is provided to those with an interest in induction processing of materials.Originality/valueThis paper fulfils an identified information/resources need.

Publisher

Emerald

Subject

Applied Mathematics,Electrical and Electronic Engineering,Computational Theory and Mathematics,Computer Science Applications

Reference141 articles.

1. Esmarch, W. (1932), “Zur theorie der kernlosen induktionsöfen”, Wiss. Veröff. D. Siemens‐Konzerns, Vol. 10, pp. 172‐96.

2. Heaviside, O. (1884), “The induction of currents in cores”, The Electrician, Vol. 12, pp. 583 et seq.

3. Mühlbauer, A. (2004), “Historical overview of induction melting and heating”, International Symposium on Heating by EM Sources, Padua, June 23‐25.

4. Northrup, E.F. (1907), “Some newly observed manifestations of forces in the interior of electric currents”, Phys. Rev., Vol. 24, pp. 474 et seq.

5. Agarwal, P.D. (1959), “Eddy current losses in solid and laminated iron”, AIEE Trans., Vol. 78, pp. 169‐79.

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