Modeling the Effect of Multiaxial Stress on Magnetic Hysteresis of Electrical Steel Sheets: A Comparison

Ugur Aydin (1) , Paavo Rasilo (1, 2) , Floran Martin (1) , Deepak Singh (1) , L. Daniel (3) , Anouar Belahcen (1) , Reijo Kouhia (4) , Antero Arkkio (1)

1 Department of Electrical Engineering and Automation [Aalto University]
2 Laboratory of Electrical Energy Engineering
3 GeePs - Laboratoire Génie électrique et électronique de Paris
4 Laboratory of Civil Engineering

The abilities of a simplified multiscale and a Helmholtz energy HE models models from the literature to predict the multiaxial stress dependent magnetic hysteresis behavior of electrical steel sheets are analyzed. The identification of the models is performed using only uniaxial magneto-mechanical measurements. Reasonable accuracy between the measurements and the modeled results is obtained. With this paper, the applicability of the HE-based model for predicting the multiaxial magneto-mechanical behavior of electrical steel sheets is verified for the first time. The differences between the studied models and possible modifications to increase the accuracy of them are discussed. Some brief guidelines for the applications are given.

Domains: Materials

Ugur Aydin, Paavo Rasilo, Floran Martin, Deepak Singh, L. Daniel, et al.. Modeling the Effect of Multiaxial Stress on Magnetic Hysteresis of Electrical Steel Sheets: A Comparison. IEEE Transactions on Magnetics, 2017, 53 (6), pp.2000904. ⟨10.1109/TMAG.2017.2658676⟩. ⟨hal-01665623⟩