Abstract

We study specific features of the construction of thermomechanical models for ferromagnetic (ferritic) solids with regard for the moment force factors caused by the interaction with electromagnetic fields. In particular, we obtain the input relations of these models in the presence of external fields in the form of a combination of constant magnetic fields with variable electromagnetic fields. These relations can be used for the analysis of specific practically important problems of the thermomechanical behavior of solids under the conditions of ferromagnetic resonance, induction heating in the course of magnetization, and propagation of magnetostatic waves in these solids.

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