A study of Jiles-Atherton and the modified arctangent models for the description of dynamic hysteresis curves

This paper considers the identification of hysteresis parameters for two different hysteresis models, operated in quasi-static and dynamic behaviors. The extended Jiles-Atherton model via the Bertotti approach and the improved arctangent model are tested and compared. The hysteresis measurement was performed via standard Epstein frame on automotive parts for different magnetization levels and frequencies. The robustness of the Levenberg-Marquardt algorithm is assessed via a comparison of measured, modeled hysteresis loops, and relative permeability profiles, at various frequencies.

Automated summary

This paper discusses the identification of hysteresis parameters for two different hysteresis models, operated in quasi-static and dynamic behaviors. The robustness of the Levenberg-Marquardt algorithm is assessed through a comparison of measured and modeled hysteresis loops and relative permeability profiles at various frequencies.