Diagnosis and Detection of Eccentricity Faults in a Doubly-Fed Induction Generator

Subjects performed a bimanual precise visuomotor force tracking task by applying isometric low grip forces with their right hand precision grip on a custom device with strain

The preliminary results show that the proposed fuzzy approach can be used for accurate stator fault diagnosis if the input data are processed in an

Vibration analysis is one of the most important techniques for fault diagnosis of rotating machinery; as the vibration signal carries the dynamic information of the system.. Many

The analysis of the stator currents in the waveletdomain remains the most commonly used because the spectrum results contains a source of information onthe majority of electrical

In this paper, we proposed a reliable approach for diagnosis and detection of stator short-circuit windings and rotor broken bars faults in induction motor under varying

On the other hand, growing attention has been paid to fractional calculus for many industrial an on-line diagnostic procedure for stator and rotor faults in

Thefocus of this paper is to combine tow conventional methods:Hilbert Transform (HT) and Discrete Wavelet Transform (DWT)to develop a better method for detection and diagnosis

Figure 9 shows instantaneous amplitude of two stator currents; one healthy (discontinued line) and one with fault (solid line). It is clear that the