Magnetic materials exhibit non-linear, hysteretic, and dynamic characteristics due to
presence of classical eddy and anomalous losses. Various dynamic models based on the …

When designing semiconductor pulse converters of power systems operating in peak load
conditions, it is necessary to calculate their characteristics and parameters, taking into …

Paper presents the most important problems connected with Jiles-Atherton model of
magnetic B (H) hysteresis. These problems are mainly caused by accuracy of numerical …

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

A methodology to evaluate the anisotropy of magnetic properties of grain-oriented steel
sheets is presented. The approach is based on the orientation distribution function (ODF) …

Mechanical stress significantly influences the hysteresis characteristics of silicon steel,
which are crucial for the design of electrical equipment cores. This study develops an …

Modeling of hysteresis loops may be useful for the designers of magnetic circuits in electric
machines. The present paper focuses on the possibility to apply the Harrison model to …

The anisotropy of magnetic properties in grain-oriented steels is related to their
microstructure. It results from the anisotropy of the single crystal properties combined to …

To improve the modeling accuracy of piezoceramic actuator in the precision positioning
system, the Duhem hysteretic model of the piezoceramic actuator was proposed. The paper …

In this paper, we discuss a phenomenological approach for the numerical modeling of static
hysteresis of grain oriented (GO) steels at macro-magnetic scale. The modeling is inspired to …