A measuring setup for testing the mechanical stress dependence of magnetic properties of electrical steels

The Two-Domain Model Utilizing the Effective Pinning Energy for Modeling the Strain-Dependent Magnetic Permeability in Anisotropic Grain-Oriented Electrical Steels

“…The method of experimental investigation on the tensile stress σ dependence of 2D relative magnetic permeability µ r of grain-oriented M120-27s electrical steel was presented in detail in the previous paper [8]. The schematic block diagram of the experimental setup is presented in Figure 2a, its electrical connections are presented in Figure 2b, while its general view is presented in Figure 2c.…”

“…The schematic block diagram of the experimental setup is presented in Figure 2a, its electrical connections are presented in Figure 2b, while its general view is presented in Figure 2c. The measuring system was developed previously [8] at Warsaw University of Technology, Faculty of Mechatronics, in cooperation with the Industrial Research Institute for Automation and Measurements (Łukasiewicz Research Network). During the investigation, strip-shaped grain-oriented M120-27s electrical steel sheet samples (1) were used.…”

“…During the investigation, strip-shaped grain-oriented M120-27s electrical steel sheet samples (1) were used. The investigated sample consisted of three sections: two mounting sections The measuring system was developed previously [8] at Warsaw University of Technology, Faculty of Mechatronics, in cooperation with the Industrial Research Institute for Automation and Measurements (Łukasiewicz Research Network). During the investigation, strip-shaped grain-oriented M120-27s electrical steel sheet samples (1) were used.…”

“…It should be highlighted that recently developed advanced experimental setups for testing the 2D mechanical stress dependence of relative magnetic permeability in electrical steels [6][7][8] have brought a fresh impetus into the process of understanding the magnetoelastic phenomena in strongly anisotropic soft magnetic materials. On the other hand, it should be highlighted that the interaction between magnetocrystalline anisotropy and stress-induced anisotropy requires an explanation on the basis of quantum physics phenomena.…”

Study on the Performance of a High-Speed Motor, Considering the Effect of Temperature on the Properties of High-Strength Non-Oriented Silicon Steel

“…The measured maximum efficiency data of the motor is decreased by 1% compared with the simulation, and the area greater than 95% efficiency is significantly reduced. In fact, when the motor is working under load, multi-physical fields, such as high temperature, high stress, and high frequency, will affect the magnetic properties of the silicon steel, thereby sacrificing the performance of the motor [35,36].…”