The knowledge of induction motor rotor quantities is essential to precisely define the machine energy efficiency and it is useful for the implementation of diagnostic techniques. This paper aims at investigating rotor quantities measured on an actual device and computed by a model reproducing the machine. Results were compared and discusse
This paper proposes the analysis of the induction motor, including both three-phase and single-phase...
The focus of this work is on the finite-element prediction and experimental measurement of stator an...
This paper describes a finite element (FE) procedure to compute the performance of a controlled indu...
The knowledge of induction motor rotor quantities is essential to precisely define the machine energ...
The knowledge of induction motor rotor quantities is essential to precisely define the machine energ...
The knowledge of rotor quantities in induction motors allows the improvements of failure diagnosis a...
This paper extends the authors' deep investigation of the electric rotor fault signatures of inducti...
This paper describes two novel Finite-Element procedures for squirrel cage Induction Motor performan...
The use of separate stator and rotor models facilitates the development of a finite-element based an...
The aim of this semester work is to analyze the losses of induction motor, according to their measur...
A new finite-element technique for squirrel cage Induction Motor features analysis is presented in t...
Induction motor characteristics became complex to study, after the invention of drives where the mot...
This paper deals with the analysis of induction motor (IM) with an intentionally created saliency, r...
In the paper results of finite-element calculations of the shaft voltage in a squirrel-cage inductio...
In the present scenario of energy crises, energy conservation in the electrical machines is very imp...
This paper proposes the analysis of the induction motor, including both three-phase and single-phase...
The focus of this work is on the finite-element prediction and experimental measurement of stator an...
This paper describes a finite element (FE) procedure to compute the performance of a controlled indu...
The knowledge of induction motor rotor quantities is essential to precisely define the machine energ...
The knowledge of induction motor rotor quantities is essential to precisely define the machine energ...
The knowledge of rotor quantities in induction motors allows the improvements of failure diagnosis a...
This paper extends the authors' deep investigation of the electric rotor fault signatures of inducti...
This paper describes two novel Finite-Element procedures for squirrel cage Induction Motor performan...
The use of separate stator and rotor models facilitates the development of a finite-element based an...
The aim of this semester work is to analyze the losses of induction motor, according to their measur...
A new finite-element technique for squirrel cage Induction Motor features analysis is presented in t...
Induction motor characteristics became complex to study, after the invention of drives where the mot...
This paper deals with the analysis of induction motor (IM) with an intentionally created saliency, r...
In the paper results of finite-element calculations of the shaft voltage in a squirrel-cage inductio...
In the present scenario of energy crises, energy conservation in the electrical machines is very imp...
This paper proposes the analysis of the induction motor, including both three-phase and single-phase...
The focus of this work is on the finite-element prediction and experimental measurement of stator an...
This paper describes a finite element (FE) procedure to compute the performance of a controlled indu...