The quality and production technology of grain-oriented electrical steel have been improved
over the past 70 years. Firstly, through the improvement of {110}〈 001〉 alignment …

An approach to decrease the core (iron) loss of grain-oriented silicon steel sheets is to
reduce the magnetic domain size by using laser irradiation on the surface of the sheets. In …

Abstract Grain-oriented 6.5% Si steel was produced by strip-casting, followed hot rolling,
cold rolling, primary annealing and secondary annealing. Microstructural and textural …

Various cutting techniques are in use as part of the manufacturing process of electrical
machines such as laser cutting, punching, electrical discharge machining and waterjet …

Abstract Silicon steels, eg, Fe-3.2% Si alloys, are widely used in energy conversion and
transmission. Increasing the Si content can enhance electrical resistivity and reduce …

Based on the high-permeability grain-oriented (GO) electrical steels with a thickness of 0.18–
0.27 mm, the relationship between microstructure, grain orientation, and applied magnetic …

Laser scribing effectively reduces the energy loss of grain-oriented silicon steel in
alternating and pulsating magnetic fields. This study focuses on the 27Q120 material …

Stress is the crucial factor of ferromagnetic material failure origin. However, the
nondestructive test methods to analyze the ferromagnetic material properties' inhomogeneity …

This paper presents the calculation method of basic domain width in demagnetized states of
(110)[001] Fe3% Si under tensile stress in the range of lancet domain occurrence …

Grain-oriented electrical steel (GOES) has been used for many years for application in
transformed cores due to its excellent magnetic properties. Magnetic properties are strongly …