In order to study the steady-state electromagnetic forces acting on the stator end-winding in a multi-phase induction machine during the operation, we conducted a 3-D electromagnetic and mechanical sequential coupling analysis to analyze the stress and the deformation. Both of them are done by the finite-element method. Meanwhile, the geometry of the nose portion is modified for the limited computer resources. The result shows the nose part of the coil ends experiences larger displacement, but von Mises stresses are larger in the straight part
Abstract—a method for studies the steady-state deformation of induction motors is presented. The app...
In this paper, a coupled magneto-mechanical finite-element model is briefly presented and then used ...
© 1965-2012 IEEE. Transients have proven to be a specially demanding operation mode for rotor cages ...
We conducted a 3-D electromagnetic analysis coupled with a 3-D mechanical analysis to analyze end-wi...
The steady-state electromagnetic forces performing at the stator give up-winding in a multi-phase in...
We compared one-way and two-way coupled analyses of electromagnetic machines considering magnetic an...
This piece of research is related to the design of large-sized radial flux electric machines. It aim...
Abstract – An induction motor operated with high voltage source generally generates high current in ...
This paper presents a coupled Finite Element Model in order to study the vibrations in induction mot...
The magnetic field within electrical machines causes an interaction between the electrical and mecha...
This paper is focused on electromagnetic properties of multiphase windings. Different analytical met...
This paper presents a comparative study of multiphase induction motor, which has alternately three-...
In order to study the vibration wearing regularity and the strength failure point of stator end wind...
| openaire: EC/FP7/339380/EU//ALEMThis paper presents the vibration analysis and results of an induc...
A versatile numerical model for the simulation of dynamic operations of electric machines and drives...
Abstract—a method for studies the steady-state deformation of induction motors is presented. The app...
In this paper, a coupled magneto-mechanical finite-element model is briefly presented and then used ...
© 1965-2012 IEEE. Transients have proven to be a specially demanding operation mode for rotor cages ...
We conducted a 3-D electromagnetic analysis coupled with a 3-D mechanical analysis to analyze end-wi...
The steady-state electromagnetic forces performing at the stator give up-winding in a multi-phase in...
We compared one-way and two-way coupled analyses of electromagnetic machines considering magnetic an...
This piece of research is related to the design of large-sized radial flux electric machines. It aim...
Abstract – An induction motor operated with high voltage source generally generates high current in ...
This paper presents a coupled Finite Element Model in order to study the vibrations in induction mot...
The magnetic field within electrical machines causes an interaction between the electrical and mecha...
This paper is focused on electromagnetic properties of multiphase windings. Different analytical met...
This paper presents a comparative study of multiphase induction motor, which has alternately three-...
In order to study the vibration wearing regularity and the strength failure point of stator end wind...
| openaire: EC/FP7/339380/EU//ALEMThis paper presents the vibration analysis and results of an induc...
A versatile numerical model for the simulation of dynamic operations of electric machines and drives...
Abstract—a method for studies the steady-state deformation of induction motors is presented. The app...
In this paper, a coupled magneto-mechanical finite-element model is briefly presented and then used ...
© 1965-2012 IEEE. Transients have proven to be a specially demanding operation mode for rotor cages ...