In this article, the Jiles–Atherton model is modified to elucidate the variation of magnetic
properties with grain size and dislocation density. The modified model predicts generally …

The magnetic properties of non-grain-oriented (NO) electrical steels are a direct product of
their inherent material properties in combination with induced changes due to material …

Plastic deformation affects the hysteretic magnetic properties of steels because it changes
the dislocation density, which affects domain-wall movement and pinning, and also because …

Understanding the interdependencies of the processing steps of high silicon containing non-
oriented (NO) electrical steel is a key factor for improving its final magnetic properties …

In this paper, the relationship between microstructural properties of steels and the material
parameters in the Preisach model and in the Jiles-Atherton (JA) model is discussed, in the …

Microstructural attributes such as grain size d and dislocation density/spl zeta//sub d/affect
the hysteretic magnetic properties of steels because they affect domain wall movement and …

In this paper, the relation of the microstructural properties of electrical steels and the material
parameters in the dynamic Preisach model is established. Particular experimental work was …

A comparative study was performed of the different techniques for determination of dc-
magnetic properties of laminated SiFe alloys. Three characterization methods are …

Cores for electromagnetic applications made of Soft Magnetic Composite (SMC) materials
consist of individually electrically insulated magnetic iron particles, processed by …

The internal coercive field has been associated with the minimum force counteracting the
motion of 180° Bloch walls, which depends on the relative orientation between the crystal …