This paper is concerned with multivariable coupled hysteretic systems. The traditional Bouc-
Wen monovariable hysteresis model devoted to 1 degree of freedom (DoF) actuated …

The responses to a magnet of two room-temperature ionic liquids containing
tetrachloroferrate (III) ions, 1-butyl-3-methylimidazolium tetrachloroferrate (bmim [FeCl/sub …

An improved vector play model for magnetic hysteresis materials is proposed, and its
required parameters are identified from the input major hysteresis loop. Validation results …

We present a new method for improving the magnetic loss properties of a certain class of
isotropic vector hysteresis models based on the Mayergoyz model. We show that the …

The incorporation of hysteresis models in computational electromagnetic software is of
paramount importance for the accurate prediction of the ferromagnetic devices' performance …

Vector quantities and tensorial properties rule the magnetization mechanisms in
ferromagnetic materials. Every ferromagnetic material is anisotropic to some degree in its …

A phenomenological vector hysteresis model is developed to represent dynamic and weakly
anisotropic vector hysteretic properties of nonoriented silicon steel sheets. The anisotropic …

We review state-of-the-art modeling of two-dimensional (2D) magnetization process in soft
magnets. Emphasis is placed on the phenomenological assessment of the energy losses in …

This work focuses on the development of a highly accurate energy-based hysteresis model
for the modeling of magnetic hysteresis phenomena. The model relies on an explicit …

This paper proposes a novel estimation method for iron loss considering hysteretic property.
In the proposed method, iron loss considering hysteretic property is estimated with play …