@article{Müller_Fabian_Measurement_2019, author={Müller, Fabian and Bavendiek, Gregor and Schauerte, Benedikt and Hameyer, Kay}, howpublished={online}, year={2019}, abstract={

The accurate prediction of iron losses has become a prominent problem in electromagnetic machine design. The basis of all iron loss models is found in the spatial field-locus of the magnetic flux density (B) and magnetic field (H). In this paper the behavior of the measured BH-field-loci is considered in FEM simulation. For this purpose, a vector hysteresis model is parameterized based on the global measurements, which then can be used to reproduce the measurement system and obtain more detailed insights on the device and its local field distribution. The IEM has designed a rotary loss tester for electrical steel, which can apply arbitrary BH-field-loci occurring during electrical machine operation. Despite its simplicity, the proposed pragmatic analytical model for vector hysteresis provides very promising results.

}, type={Article}, title={Measurement and simulation of a rotational single sheet tester}, volume={vol. 68}, number={No 1}, pages={173-183}, journal={Archives of Electrical Engineering}, publisher={Polish Academy of Sciences}, doi={10.24425/aee.2019.125988}, keywords={finite element method, magnetic hysteresis, magnetization processes, soft magnetic material}, }