Laminated media are intended to conduct the magnetic flux in the plane (high permeability and high electrical resistance to limit the eddy currents). When fringing flux falls in perpendicular to the plane, the surface for the eddy currents is no longer small. This will cause eddy current losses, which will reduce the efficiency of the application. This fringing flux can be produced by the winding around the stack or in case of permanent magnet synchronous machines by flux from the permanent magnets on the rotor . Also magnetic saturation of a sheet will result in flux travelling from one sheet to another, causing flux perpendicular to the plane of the shee
This paper deals with iron losses caused by fringing fluxes generated by the concentrated stator win...
International audiencePurpose A new model able to describe the high frequency (HF) behaviour of the ...
This thesis deals with the modeling of eddy currents in uninsulated laminations. A numerical model f...
Laminated media are intended to conduct the magnetic flux in the plane (high permeability and high e...
This paper deals with iron losses caused by fringing fluxes generated by the concentrated stator win...
In this paper, a test setup that emulates field conditions equivalent to the ones of the rotor of a ...
This paper compares the iron losses generated by the concentrated excitation windings of an axial-fl...
Abstract. It is demonstrated through the comparison of analytical, numerical, and experimental resul...
A comprehensive analysis of the finite element method based lamination modeling has been performed a...
This paper compares the iron losses generated by the concentrated excitation windings of an axial-fl...
Abstract: The simulation of eddy current losses in laminated iron cores by the finite element method...
Purpose– The purpose of this paper is to implement and test a 1D eddy‐current model for laminated ir...
In this paper we present an axiperiodic quasi-static model to evaluate the magnetic flux density dis...
The total power loss may be divided into three mayor types: the static hysteresis loss, the classica...
Starting from the well known analytical formula for the eddy current losses in electrical steel lami...
This paper deals with iron losses caused by fringing fluxes generated by the concentrated stator win...
International audiencePurpose A new model able to describe the high frequency (HF) behaviour of the ...
This thesis deals with the modeling of eddy currents in uninsulated laminations. A numerical model f...
Laminated media are intended to conduct the magnetic flux in the plane (high permeability and high e...
This paper deals with iron losses caused by fringing fluxes generated by the concentrated stator win...
In this paper, a test setup that emulates field conditions equivalent to the ones of the rotor of a ...
This paper compares the iron losses generated by the concentrated excitation windings of an axial-fl...
Abstract. It is demonstrated through the comparison of analytical, numerical, and experimental resul...
A comprehensive analysis of the finite element method based lamination modeling has been performed a...
This paper compares the iron losses generated by the concentrated excitation windings of an axial-fl...
Abstract: The simulation of eddy current losses in laminated iron cores by the finite element method...
Purpose– The purpose of this paper is to implement and test a 1D eddy‐current model for laminated ir...
In this paper we present an axiperiodic quasi-static model to evaluate the magnetic flux density dis...
The total power loss may be divided into three mayor types: the static hysteresis loss, the classica...
Starting from the well known analytical formula for the eddy current losses in electrical steel lami...
This paper deals with iron losses caused by fringing fluxes generated by the concentrated stator win...
International audiencePurpose A new model able to describe the high frequency (HF) behaviour of the ...
This thesis deals with the modeling of eddy currents in uninsulated laminations. A numerical model f...