Add to ORKGThe magnetic flux density distribution in the air-gap of electric machines with wide open slots is discussed in the paper. The finite element methods (FEM) obtained results are compared with that calculated analytic estimations. The case of double sided slotted machines with large values of the slot to opening tooth pitch ratio is considered, interesting conclusions being draw
This paper deals with the analytical and numerical analysis of the flux density distribution in the ...
This paper develops an analytical model for predicting the air-gap magnetic field of surface-mounted...
Slots causes an increase of the air-gap reluctance which is traditionally taken into account using t...
The quantities of interest in an electrical machine (e.m.f. and torque) can be evaluated once known ...
The quantities of interest in an electrical machine (e.m.f. and torque) can be evaluated once known...
Nowadays, the increasing availability of powerful calculation tools makes it possible the numerical ...
The objective of this work is to investigate the influence of slotted air gap constructive parameter...
In the paper, an analytical method is presented for the evaluation of the air-gap flux density distr...
To accurately and quickly predict the open-circuit air-gap magnetic field in interior permanent magn...
In induction machines the tooth frequency losses due to permeance variation constitute a signif'ican...
The ever increasing necessity to improve torque density while simultaneously maintaining high effici...
The detailed magnetic field distribution of a permanent magnet electric motor is very important for ...
The air-gap flux density must be considered in the design and optimization of the structure paramete...
Slots causes an increase of the air-gap reluctance which is traditionally taken into account using t...
In this paper, the numerical calculation of the no-load air gap flux density of an induction machine...
This paper deals with the analytical and numerical analysis of the flux density distribution in the ...
This paper develops an analytical model for predicting the air-gap magnetic field of surface-mounted...
Slots causes an increase of the air-gap reluctance which is traditionally taken into account using t...
The quantities of interest in an electrical machine (e.m.f. and torque) can be evaluated once known ...
The quantities of interest in an electrical machine (e.m.f. and torque) can be evaluated once known...
Nowadays, the increasing availability of powerful calculation tools makes it possible the numerical ...
The objective of this work is to investigate the influence of slotted air gap constructive parameter...
In the paper, an analytical method is presented for the evaluation of the air-gap flux density distr...
To accurately and quickly predict the open-circuit air-gap magnetic field in interior permanent magn...
In induction machines the tooth frequency losses due to permeance variation constitute a signif'ican...
The ever increasing necessity to improve torque density while simultaneously maintaining high effici...
The detailed magnetic field distribution of a permanent magnet electric motor is very important for ...
The air-gap flux density must be considered in the design and optimization of the structure paramete...
Slots causes an increase of the air-gap reluctance which is traditionally taken into account using t...
In this paper, the numerical calculation of the no-load air gap flux density of an induction machine...
This paper deals with the analytical and numerical analysis of the flux density distribution in the ...
This paper develops an analytical model for predicting the air-gap magnetic field of surface-mounted...
Slots causes an increase of the air-gap reluctance which is traditionally taken into account using t...