Abstract
The results of studying the influence of various factors on the distribution patterns of electromagnetic forces and heat release power in three-phase induction systems with a traveling electromagnetic field of power frequency are presented. In the analysis, the following influencing factors were considered: phase sequence of inductors, distance between the inductor magnetic circuits end parts, and air gap size between the inductor magnetic circuit poles and the flat ferromagnetic load surface. The graphs of electromagnetic forces and heat release power in the load versus the above-mentioned factors, obtained by carrying out computational experiments in the Elcut software environment, are presented.
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