This paper presents a finite element model for the development of stator current diagnosis techniques based on the spectral analysis of the state variables on induction motor. Non-linearities terms existing in the stator current due to the fault are analysed and concluding that these indicators can lead to a frequency matching of harmonics related to broken bar fault. In addition, this paper covers the limitations that two-dimensional finite element models are having with respect to conical eccentricity and axial effects in the electric device
As far as industrial applications of induction drives are concerned, one of the most critical issues...
Non-invasive diagnosis of abnormal/faulty rotor conditions of broken bars, broken end-ring connector...
Current spectrums of a high power induction machine was calculated for the cases of full symmetry, s...
This paper presents a finite element model for the development of stator current diagnosis technique...
Abstract—The paper aims to investigate the use of the Finite Element Method for electrical and mecha...
Julkaistu vain painettuna, saatavuus katso Bibid. Published only in printed form, availability see B...
In this paper the analysis of effect of eccentricity and broken rotor bar faults on the spectrums of...
Diagnostic techniques for induction machines based on the motor current signature analysis monitor t...
In the paper problems of detection and evaluation of the air-gap eccentricity in induction motor dri...
Diagnostic techniques for induction machines based on the Motor Current Signature Analysis monitor t...
In this paper, finite element method is employed for diagnosis of static eccentricity in line start ...
In this paper, faults detection and classification using motor current signature analysis (MCSA) and...
AbstractIn this paper an ABC transient model of the three phase induction motor is developed that de...
As far as industrial applications of induction drives are concerned, one of the most critical issues...
The steady-state behaviour of an induction machine with a symmetric rotor cage and a faulty asymmetr...
As far as industrial applications of induction drives are concerned, one of the most critical issues...
Non-invasive diagnosis of abnormal/faulty rotor conditions of broken bars, broken end-ring connector...
Current spectrums of a high power induction machine was calculated for the cases of full symmetry, s...
This paper presents a finite element model for the development of stator current diagnosis technique...
Abstract—The paper aims to investigate the use of the Finite Element Method for electrical and mecha...
Julkaistu vain painettuna, saatavuus katso Bibid. Published only in printed form, availability see B...
In this paper the analysis of effect of eccentricity and broken rotor bar faults on the spectrums of...
Diagnostic techniques for induction machines based on the motor current signature analysis monitor t...
In the paper problems of detection and evaluation of the air-gap eccentricity in induction motor dri...
Diagnostic techniques for induction machines based on the Motor Current Signature Analysis monitor t...
In this paper, finite element method is employed for diagnosis of static eccentricity in line start ...
In this paper, faults detection and classification using motor current signature analysis (MCSA) and...
AbstractIn this paper an ABC transient model of the three phase induction motor is developed that de...
As far as industrial applications of induction drives are concerned, one of the most critical issues...
The steady-state behaviour of an induction machine with a symmetric rotor cage and a faulty asymmetr...
As far as industrial applications of induction drives are concerned, one of the most critical issues...
Non-invasive diagnosis of abnormal/faulty rotor conditions of broken bars, broken end-ring connector...
Current spectrums of a high power induction machine was calculated for the cases of full symmetry, s...