This paper gives a broad overview of methods to model core losses from the magnetization
of soft magnetic iron cores in electrical machines. The review study starts with some …

The effect of uniaxial stress on iron losses of M400-50A grade non-oriented electrical steel
sheets cut by punching process is experimentally studied. Samples cut along the rolling and …

The magnetic properties of non-oriented iron–silicon electrical steel grades are generally
the target properties for their application in commercial speed-variable electric drives. Due to …

Electric machines are subjected to mechanical stress during their operation, which
significantly affects the magnetic characteristics of the core material. Furthermore, as the …

In electrical machines, electrical steels are stacked together with forces to maintain
mechanical rigidity. This stacking force alters the magnetic properties of laminated steel and …

The magnetic properties of nonoriented (NO) electrical steel sheet are sensitive to industrial
cutting processes. Decreased operation point efficiency and an increase in local iron loss in …

This article details the development of a uniaxial magnetomechanical bench that allows
measuring the effect of constant tensile and compressive stress on the magnetic properties …

Energy losses during the magnetization process of soft magnetic laminations depend on the
excitation waveform. Manufacturers of magnetic materials may not provide losses for …

The effects of mechanical stress on static and dynamic (frequency-dependence) magnetic
behaviors of soft magnetic materials have to be modeled. A scalar static magneto-elastic …

This paper presents the measurement and numerical simulation results related to the iron
loss components occurring in lamination sheets used to build cores of ac electric motors …