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The current paper presents an approach for designing a complex electromagnetic system consisting of an inductor and a workpiece. The approach is based on known methodologies and includes numerical methods for modelling. Using this approach, a methodology for designing the geometry of the inductor, based on the geometry of the workpiece, is suggested. The methodology can be used to develop designs with uniform temperature field, improved quality of the heating process and increased energy efficiency. Experimental study that verifies the advantages of the methodology is presented. [ABSTRACT FROM AUTHOR]

The wide variety of models for analysis of processes in the inductor-detail systems makes it necessary to summarize them. This is a difficult task because of the variety of inductor-detail system configurations. This paper aims to present a multi physics mathematical model for complex analysis of electromagnetic and thermal fields in axial symmetric systems inductor-detail. [ABSTRACT FROM AUTHOR]