Multi-purpose mathematical model for electromagnetic-heating processes

Electromagnetic-heating processes are reviewed. Theoretical analyses of electromagnetic-heating processes in isotropic materials of various regular geometries and with ranges of physical properties have been undertaken. The mathematical model so devised may be employed as a design tool in the development of a product/process and may thereby serve as a means for reducing the necessity for experimentation, which is usually expensive. In particular, the educational benefits of employing such a multi-purpose mathematical model, to improve the understanding of the thermal effects of electromagnetic-heating techniques, are emphasised.