In this paper, the computation of the macroscopic fields inside ferromagnetic laminations is discussed. The magnetodynamic model of non oriented steel laminations is coupled with a dynamic Preisach model. The main goal is the comparison of two numerical procedures for the magnetic field analysis which incorporate this refined hysteresis model. The two techniques are validated by the comparison of numerical experiments and measurements on an industrial material. It is shown that a very good agreement is obtained between the measured and computed material response with both techniques
Purpose - Mechanical stress can heavily affect the magnetic behaviour law in ferromagnetic materials...
A new magneto-dynamic model is proposed to approximate the dynamic hysteresis effect in laminated st...
A new magneto-dynamic model is proposed to approximate the dynamic hysteresis effect in laminated st...
In this paper, the computation of the macroscopic fields inside ferromagnetic laminations is discuss...
A new mathematical procedure is proposed to solve the dynamic hysteresis model of laminated steel co...
A new mathematical procedure is proposed to solve the dynamic hysteresis model of laminated steel co...
A new mathematical procedure is proposed to solve the dynamic hysteresis model of laminated steel co...
A new mathematical procedure is proposed to solve the dynamic hysteresis model of laminated steel co...
A new mathematical procedure is proposed to solve the dynamic hysteresis model of laminated steel co...
The paper deals with determination of magnetic field, calculated by finite element method with re...
The paper presents the state of the art and the problems already open in modelling the hysteresis ph...
The paper presents the state of the art and the problems already open in modelling the hysteresis ph...
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 paper deals with determination of magnetic field, calculated by finite element method with re...
Purpose - Mechanical stress can heavily affect the magnetic behaviour law in ferromagnetic materials...
A new magneto-dynamic model is proposed to approximate the dynamic hysteresis effect in laminated st...
A new magneto-dynamic model is proposed to approximate the dynamic hysteresis effect in laminated st...
In this paper, the computation of the macroscopic fields inside ferromagnetic laminations is discuss...
A new mathematical procedure is proposed to solve the dynamic hysteresis model of laminated steel co...
A new mathematical procedure is proposed to solve the dynamic hysteresis model of laminated steel co...
A new mathematical procedure is proposed to solve the dynamic hysteresis model of laminated steel co...
A new mathematical procedure is proposed to solve the dynamic hysteresis model of laminated steel co...
A new mathematical procedure is proposed to solve the dynamic hysteresis model of laminated steel co...
The paper deals with determination of magnetic field, calculated by finite element method with re...
The paper presents the state of the art and the problems already open in modelling the hysteresis ph...
The paper presents the state of the art and the problems already open in modelling the hysteresis ph...
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 paper deals with determination of magnetic field, calculated by finite element method with re...
Purpose - Mechanical stress can heavily affect the magnetic behaviour law in ferromagnetic materials...
A new magneto-dynamic model is proposed to approximate the dynamic hysteresis effect in laminated st...
A new magneto-dynamic model is proposed to approximate the dynamic hysteresis effect in laminated st...