A simple alternative to the history-dependent (HD) hysteresis models is studied. It is a history-independent (HI) model, where any trajectory in the BH plane is constructed by means of interpolation between the first-order reversal curves obtained by experiments. It is shown that such a model, where the path of any transition curve is completely determined by the current reversal point, may be used under certain conditions for modeling the transients in conducting ferromagnetic media. These conditions are the large swing of the average induction, B a, during the cycle and the smoothness of the dependence B a(t). It was found that in the regime where the derivative dB a ./dt changes its sign no more than twice during a period, the difference between the results obtained with the accurate HD-and the simplified HI-models is almost negligible.
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