The paper presents a practical detailed analysis regarding the use of the classical Preisach hysteresis model, covering all the steps, from measuring the necessary data for the model identification to the implementation in a software code for Computer Aided Design (CAD) in Electrical Engineering. An efficient numerical method is proposed and the hysteresis modeling accuracy is tested on magnetic recording materials. The procedure includes the correction of the experimental data, which are used for the hysteresis model identification, taking into account the demagnetizing effect for the sample that is measured in an open-circuit device (a vibrating sample magnetometer)
A 3-dimensional finite element package that includes a solver for magnetic hysteresis and a Preisach...
A 3-dimensional finite element package that includes a solver for magnetic hysteresis and a Preisach...
The Preisach approach is widely employed for modeling magnetic hysteresis. However, it is characteri...
Abstract:- Preisach modeling, long known in the area of magnetics, has introduced mathematical abstr...
AbstractThis paper presents a hysteresis model for electromagnetic sensors and actuators, which are ...
This paper describes the Preisach theory of hysteresis model in a graphical approach. New simple mat...
Dynamic hysteresis modeling and its application in numerical field analysis are challenging tasks. T...
Dynamic hysteresis modeling and its application in numerical field analysis are challenging tasks. T...
The paper deals with determination of magnetic field, calculated by finite element method with re...
The Preisach model weighting function is given by partial derivations of a measured magnetic flux de...
The transmission-line modelling method and the Preisach theory are employed to model and simulate th...
Magnetic hysteresis occurs in most electrical engineering devices once soft ferromagnetic materials ...
In order to model a real system, differential equations are usually derived, which are based on phys...
Purpose - Mechanical stress can heavily affect the magnetic behaviour law in ferromagnetic materials...
In this chapter we recall the well-known hysteresis Preisach model, widely employed in the area of m...
A 3-dimensional finite element package that includes a solver for magnetic hysteresis and a Preisach...
A 3-dimensional finite element package that includes a solver for magnetic hysteresis and a Preisach...
The Preisach approach is widely employed for modeling magnetic hysteresis. However, it is characteri...
Abstract:- Preisach modeling, long known in the area of magnetics, has introduced mathematical abstr...
AbstractThis paper presents a hysteresis model for electromagnetic sensors and actuators, which are ...
This paper describes the Preisach theory of hysteresis model in a graphical approach. New simple mat...
Dynamic hysteresis modeling and its application in numerical field analysis are challenging tasks. T...
Dynamic hysteresis modeling and its application in numerical field analysis are challenging tasks. T...
The paper deals with determination of magnetic field, calculated by finite element method with re...
The Preisach model weighting function is given by partial derivations of a measured magnetic flux de...
The transmission-line modelling method and the Preisach theory are employed to model and simulate th...
Magnetic hysteresis occurs in most electrical engineering devices once soft ferromagnetic materials ...
In order to model a real system, differential equations are usually derived, which are based on phys...
Purpose - Mechanical stress can heavily affect the magnetic behaviour law in ferromagnetic materials...
In this chapter we recall the well-known hysteresis Preisach model, widely employed in the area of m...
A 3-dimensional finite element package that includes a solver for magnetic hysteresis and a Preisach...
A 3-dimensional finite element package that includes a solver for magnetic hysteresis and a Preisach...
The Preisach approach is widely employed for modeling magnetic hysteresis. However, it is characteri...