Add to ORKGDynamic hysteresis modeling and its application in numerical field analysis are challenging tasks. This paper presents a measurement system to realize and to measure frequency-dependent behavior of ferromagnetic hysteresis. The well-known static Preisach model of hysteresis has been extended to simulate the dynamic behavior. The full paper will present the model in detail as well as its application in the numerical field analysis of the measurement setup
AbstractThis paper presents a hysteresis model for electromagnetic sensors and actuators, which are ...
A viscous-type dynamic hysteresis model (DHM) is developed. The DHM is compatible with static underl...
A viscous-type dynamic hysteresis model (DHM) is developed. The DHM is compatible with static underl...
Dynamic hysteresis modeling and its application in numerical field analysis are challenging tasks. T...
There are several models for magnetic hysteresis. Their key purposes are to model magnetization curv...
There are several models for magnetic hysteresis. Their key purposes are to model magnetization curv...
The paper deals with determination of magnetic field, calculated by finite element method with re...
An accurate estimation of losses in magnetic materials is important for the design of electromagneti...
The paper presents a practical detailed analysis regarding the use of the classical Preisach hyster...
In this chapter we recall the well-known hysteresis Preisach model, widely employed in the area of m...
The Preisach model weighting function is given by partial derivations of a measured magnetic flux de...
International audienceOver the past two decades, the Loss-surface hysteresis model has been develope...
International audienceOver the past two decades, the Loss-surface hysteresis model has been develope...
This paper relates to the measurement and the modeling of iron losses in electric machines by studyi...
A viscous-type dynamic hysteresis model (DHM) is developed. The DHM is compatible with static underl...
AbstractThis paper presents a hysteresis model for electromagnetic sensors and actuators, which are ...
A viscous-type dynamic hysteresis model (DHM) is developed. The DHM is compatible with static underl...
A viscous-type dynamic hysteresis model (DHM) is developed. The DHM is compatible with static underl...
Dynamic hysteresis modeling and its application in numerical field analysis are challenging tasks. T...
There are several models for magnetic hysteresis. Their key purposes are to model magnetization curv...
There are several models for magnetic hysteresis. Their key purposes are to model magnetization curv...
The paper deals with determination of magnetic field, calculated by finite element method with re...
An accurate estimation of losses in magnetic materials is important for the design of electromagneti...
The paper presents a practical detailed analysis regarding the use of the classical Preisach hyster...
In this chapter we recall the well-known hysteresis Preisach model, widely employed in the area of m...
The Preisach model weighting function is given by partial derivations of a measured magnetic flux de...
International audienceOver the past two decades, the Loss-surface hysteresis model has been develope...
International audienceOver the past two decades, the Loss-surface hysteresis model has been develope...
This paper relates to the measurement and the modeling of iron losses in electric machines by studyi...
A viscous-type dynamic hysteresis model (DHM) is developed. The DHM is compatible with static underl...
AbstractThis paper presents a hysteresis model for electromagnetic sensors and actuators, which are ...
A viscous-type dynamic hysteresis model (DHM) is developed. The DHM is compatible with static underl...
A viscous-type dynamic hysteresis model (DHM) is developed. The DHM is compatible with static underl...