Pinning Field Modeling Using Stop Hysterons for Multi-domain Particle Model

Abstract

The stress-dependent magnetization of silicon steel is efficiently analyzed by applying an independent particle approximation to an assembled domain structure model. This simplifies magnetostatic computation. Stop hysterons are assembled to represent the pinning field, where the distribution of stop hysterons is determined using the identification methods of scalar and vector stop models. The stress-dependent loss is successfully predicted without parameter fitting to stress-dependent measurements.