There are several models for magnetic hysteresis. Their key purposes are to model
magnetization curves with a history dependence to achieve hysteresis cycles without a …

This paper compares the match obtained using the classical Langevin function, the tanh
function as well as a recently by the authors proposed double Langevin function with the …

Nonlinear hysteretic mechanical behavior is a major obstacle to the efficient applications of
vibration/shock and precision control systems with smart material-based actuators, such as …

In this paper, a novel adaptive filtering scheme is first proposed to estimate the parameters
of the nonlinear Wiener–Hammerstein systems with hysteresis, which is derived by …

Purpose This paper aims to compare different static history-independent hysteresis models
(mathematical-, behavioural-and physical-based ones) and a history-dependent hysteresis …

The paper focuses on the estimation techniques for a low-dimensional phenomenological
model of ferromagnetic hysteresis proposed by the Brazilian research group GRUCAD. The …

Finite element (FE) method, is the most popular numerical approach to low-frequency
electromagnetic modeling, especially in the field of electrical machines. Although FE method …

Electrical machines consume a considerable amount, nearly 40%, of electricity produced
worldwide. Even a 1% improvement in the efficiency of electrical machines can lead to a …

Kriging model is a commonly interpolate approximation method which is widely used in the
computer simulation in the past decade. The fitting accuracy is one of the fundamental …

The Preisach model has been widely used for decades in the most diverse phenomena of
hysteresis. However, both the implementation and estimation of parameters of this model …