A computationally efficient and robust neural network-based model to reproduce the
hysteresis phenomenon for soft ferromagnetic alloys is here presented, as well as a …

Grain oriented steels are widely used for electrical machines and components, such as
transformers and reactors, due to their high magnetic permeability and low power losses …

Accurate modeling of soft-and hard-magnetic materials for the numerical simulation of
rotating electrical machines is required to allow predictions on the operational …

This paper presents a modified Mayergoyz-based vector hysteresis model to describe the
anisotropic material behavior of nonoriented (NO) steels over a wide range of rotational …

The single hysteron model is identified to reconstruct the magnetization processes of a grain-
oriented electrical steel and it is implemented in a finite-element scheme. The model …

An accurate circuital model is used to take into account the real behavior of magnetic
components. Non-linearity and hysteresis losses are taken into account by proper circuital …

This article aims to investigate the accuracy in modeling and characterization of the dynamic
energy loss of modern laminated electrical steels in use for power electronics applications …

Prediction and modelling of the dynamic power losses, and their decomposition into the
hysteresis and eddy current contributions, in laminated ferromagnetic materials is not a …

In this work, a methodology to assess the losses related to the main inductor in a Buck DC-
DC converter is proposed. The losses are related to the current waveform and the magnetic …

In this paper an innovative brake, based on magneto-rheological fluids, is described. A
system of Permanent Magnets, properly arranged in the device, has been designed to …