This paper deeply investigates features of both current space vector components in rotating reference frame and stator current sidebands in case of induction motor rotor fault. Geometrical loci described by the representative phasors at pulsation 2sÏ and their dependence on inertia are evidenced. The link among torque ripple, speed ripple and flux angular ripple is considered as well, obtaining a thorough understanding and geometrical visualization of related physical phenomena. © 2011 IEEE
Intensive research efforts have been focused on the Motor Current Signature Analysis (MCSA) in order...
Recently both d-q and instantaneous symmetrical components (i.s.c.) models for faulty cage induction...
The MCSA diagnostic procedures for the rotordiagnosis of induction machines are mostly based on thes...
This paper deeply investigates features of both current space vector components in rotating referenc...
This paper deeply investigates features of both current space vector components in rotating referenc...
This paper presents a deep investigation on the rotor fault signatures of induction machines. Phase ...
This paper presents a deep investigation on the rotor fault signatures of induction machines. Phase ...
Many proposals about induction machines broken bars detection can be found in the literature. Distur...
Many proposals about induction-machine broken-bar detection can be found in the literature. Disturba...
Intensive research efforts have been spent with the aim of separating the effects of load torque unb...
This paper extends the authors' deep investigation of the electric rotor fault signatures of inducti...
The spectral components at frequencies (1±2s)f of stator current are commonly used to assess inducti...
The sidebands around stator currents harmonics as a potential tool for supporting the diagnosis of r...
In this paper the analysis of effect of eccentricity and broken rotor bar faults on the spectrums of...
Intensive research efforts have been focused on the Motor Current Signature Analysis (MCSA) in order...
Intensive research efforts have been focused on the Motor Current Signature Analysis (MCSA) in order...
Recently both d-q and instantaneous symmetrical components (i.s.c.) models for faulty cage induction...
The MCSA diagnostic procedures for the rotordiagnosis of induction machines are mostly based on thes...
This paper deeply investigates features of both current space vector components in rotating referenc...
This paper deeply investigates features of both current space vector components in rotating referenc...
This paper presents a deep investigation on the rotor fault signatures of induction machines. Phase ...
This paper presents a deep investigation on the rotor fault signatures of induction machines. Phase ...
Many proposals about induction machines broken bars detection can be found in the literature. Distur...
Many proposals about induction-machine broken-bar detection can be found in the literature. Disturba...
Intensive research efforts have been spent with the aim of separating the effects of load torque unb...
This paper extends the authors' deep investigation of the electric rotor fault signatures of inducti...
The spectral components at frequencies (1±2s)f of stator current are commonly used to assess inducti...
The sidebands around stator currents harmonics as a potential tool for supporting the diagnosis of r...
In this paper the analysis of effect of eccentricity and broken rotor bar faults on the spectrums of...
Intensive research efforts have been focused on the Motor Current Signature Analysis (MCSA) in order...
Intensive research efforts have been focused on the Motor Current Signature Analysis (MCSA) in order...
Recently both d-q and instantaneous symmetrical components (i.s.c.) models for faulty cage induction...
The MCSA diagnostic procedures for the rotordiagnosis of induction machines are mostly based on thes...