Abstract- The paper presents the use of the two-dimensional finite element method for modelling the three-phase squirrel-cage induction motor by using circuit-field coupled method. In order to analyze the machine performances, the voltage source is considered. The flux 2D magnetic analysis software is used for calculating the magnetic field of an induction motor having a cage fault. The simulation results of transient and steady state are given, which verifies the reliability of this method. The experimental results, prove that the proposed approach constitutes a useful tool for the study and diagnostics of induction motors
In this thesis, faults associated with squirrel-cage rotor structures will be considered. More speci...
In this paper, faults detection and classification using motor current signature analysis (MCSA) and...
In this paper, a comprehensive presentation of a time-stepping coupled finite element-state space mo...
Abstract—The paper aims to investigate the use of the Finite Element Method for electrical and mecha...
The arrival of cheap and fast microcomputers has stimulated the development of machine condition mon...
Abstract—In this paper fault diagnosis of induction motor under mixed fault is carried out using pre...
This work studies the problem of broken rotor bars in cage induction motors. To this aim, an inducti...
AbstractIn this paper an ABC transient model of the three phase induction motor is developed that de...
International audienceThis paper presents a two-dimensional (2-D) static analytical method in the fr...
It is well known that the number of broken bars and varying load affect on the amplitudes of specifi...
Abstract: This work analyses the effect of different rotor bar shapes and stator slot opening of a t...
It is well known that the number of broken bars and varying load affect on the amplitudes of specifi...
A method for the analysis of induction motors is presented. The analysis is based on the combined so...
A new finite-element technique for squirrel cage Induction Motor features analysis is presented in t...
Nowadays, finite element analysis represents themost accurate tool to analyse electri...
In this thesis, faults associated with squirrel-cage rotor structures will be considered. More speci...
In this paper, faults detection and classification using motor current signature analysis (MCSA) and...
In this paper, a comprehensive presentation of a time-stepping coupled finite element-state space mo...
Abstract—The paper aims to investigate the use of the Finite Element Method for electrical and mecha...
The arrival of cheap and fast microcomputers has stimulated the development of machine condition mon...
Abstract—In this paper fault diagnosis of induction motor under mixed fault is carried out using pre...
This work studies the problem of broken rotor bars in cage induction motors. To this aim, an inducti...
AbstractIn this paper an ABC transient model of the three phase induction motor is developed that de...
International audienceThis paper presents a two-dimensional (2-D) static analytical method in the fr...
It is well known that the number of broken bars and varying load affect on the amplitudes of specifi...
Abstract: This work analyses the effect of different rotor bar shapes and stator slot opening of a t...
It is well known that the number of broken bars and varying load affect on the amplitudes of specifi...
A method for the analysis of induction motors is presented. The analysis is based on the combined so...
A new finite-element technique for squirrel cage Induction Motor features analysis is presented in t...
Nowadays, finite element analysis represents themost accurate tool to analyse electri...
In this thesis, faults associated with squirrel-cage rotor structures will be considered. More speci...
In this paper, faults detection and classification using motor current signature analysis (MCSA) and...
In this paper, a comprehensive presentation of a time-stepping coupled finite element-state space mo...