Phenomenological Hysteresis Modeling Based on Asymmetric Transition Probability of Magnetization

An accurate and efficient static hysteresis model is proposed that phenomenologically describes hysteretic properties based on the asymmetric transition probability of magnetization. The transition probability function is determined from first-order reversal curves. The model provides magnetic hysteresis curves using a simple function calculation without any assembly of hysterons. A comparison with measured properties of silicon steel shows that this model represents hysteretic properties, including minor loops more accurately than the play-hysteron-based model.