The magnetic shape memory alloy (MSMA)-based actuator, as a new type of actuator, has a
great application prospect in the micro-precision positioning field. However, the input-to …

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 …

Even the so‐called non‐oriented steels used in electrical engineering reveal anisotropy of
their magnetic properties. Anisotropy may have a substantial impact on the performance of …

Grain-oriented (GO) laminations owing to their crystalline and textured structure exhibit
strong anisotropy in magnetic characteristics. GO laminations generally display highly steep …

The parameters of Jiles-Atherton hysteresis model is optimized using Taguchi's method. The
method finds optimum values of the model parameters such that best agreement is achieved …

It is crucial to accurately estimate the performance of magnetic components, such as
inductors and transformers, during their pre-design stage. The magnetic characteristics of …

A computationally efficient method for identifying the parameters of the Jiles-Atherton
hysteresis model is presented. Adjoint analysis is used in conjecture with an accelerated …

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 …

An extension of the Jiles–Atherton (J–A) magnetic hysteresis model is proposed in the
paper. The physical J–A model has been substituted with the specially chosen mathematical …