In this paper, the vector extension of the Jiles-Atherton hysteresis model is modified to predict both alternating and rotational field strength variations observed in a nonoriented silicon steel sheet. The model parameters are changed to be functions of the magnitude and direction of flux density, and the anhysteretic magnetic characteristics are identified from several unidirectional alternating B(H) measurements. We demonstrate that the modified vector Jiles-Atherton model can predict both alternating and rotational field strength variations with better accuracy than the “basic” approach.Peer reviewe
A critical study of the Jiles and Atherton Mean Field Model was done to determine the validity of th...
A new approach to calculate the magnetic hysteresis, based on the Brillouin theory associated with ...
This paper presents the finite element level validation of the anisotropic Jiles–Atherton hysteresis...
This article presents a modified Jiles–Atherton hysteresis model for a weakly anisotropic non-orient...
In this paper, we apply an anisotropic extension for the energy-based and the Jiles-Atherton hystere...
In this article, we apply an anisotropic extension for the energy-based and the Jiles–Atherton (JA) ...
This article presents the magnetostatic analysis of a 12/10 variable flux reluctance machine where t...
This dissertation deals with magnetic anisotropy and its impact on the flux density and loss distrib...
This paper presents a generalized Chua-type vector hysteresis model to describe both the static and ...
The design of electrical machines and magnetic actuators requires accurate models to represent hyste...
| openaire: EC/FP7/339380/EU//ALEMPurpose: Non-oriented electrical steel presents anisotropic behavi...
Abstract. In this communication, we propose a dynamical model of hysteresis giving the magnetization...
Magnetic materials exhibit non-linear, hysteretic, and dynamic characteristics due to presence of cl...
The presence of two-dimensional (2D) magnetization processes in devices and electrical machines call...
The accurate prediction of iron losses has become a prominent problem in electromagnetic machine des...
A critical study of the Jiles and Atherton Mean Field Model was done to determine the validity of th...
A new approach to calculate the magnetic hysteresis, based on the Brillouin theory associated with ...
This paper presents the finite element level validation of the anisotropic Jiles–Atherton hysteresis...
This article presents a modified Jiles–Atherton hysteresis model for a weakly anisotropic non-orient...
In this paper, we apply an anisotropic extension for the energy-based and the Jiles-Atherton hystere...
In this article, we apply an anisotropic extension for the energy-based and the Jiles–Atherton (JA) ...
This article presents the magnetostatic analysis of a 12/10 variable flux reluctance machine where t...
This dissertation deals with magnetic anisotropy and its impact on the flux density and loss distrib...
This paper presents a generalized Chua-type vector hysteresis model to describe both the static and ...
The design of electrical machines and magnetic actuators requires accurate models to represent hyste...
| openaire: EC/FP7/339380/EU//ALEMPurpose: Non-oriented electrical steel presents anisotropic behavi...
Abstract. In this communication, we propose a dynamical model of hysteresis giving the magnetization...
Magnetic materials exhibit non-linear, hysteretic, and dynamic characteristics due to presence of cl...
The presence of two-dimensional (2D) magnetization processes in devices and electrical machines call...
The accurate prediction of iron losses has become a prominent problem in electromagnetic machine des...
A critical study of the Jiles and Atherton Mean Field Model was done to determine the validity of th...
A new approach to calculate the magnetic hysteresis, based on the Brillouin theory associated with ...
This paper presents the finite element level validation of the anisotropic Jiles–Atherton hysteresis...