This paper presents a review of the researches done on fault tolerant control types, methods,
main objectives of the fault tolerant control and fault diagnosis of induction motor faults that …

A novel technique for detecting stator interturn faults in a doubly fed induction generator
(DFIG) is proposed by analyzing its rotor current and search-coil voltage. So far, fault …

Compound-fault diagnosis of mechanical equipment is still challenging at present because
of its complexity, multiplicity and non-stationarity. In this work, an adaptive redundant …

The main objective of this paper is to diagnose the presence of combined faults in induction
machines. For this purpose, a methodology based on the application of the Discrete Wavelet …

Simultaneous static eccentricity and broken rotor bars faults, called mixed-fault, in a three-
phase squirrel-cage induction motor is analyzed by time stepping finite element method …

The present contribution presents a review of the research on the use of wavelets as a
medium of fault detection and fault tolerant control of induction machines. Modeling of …

Early detection and diagnosis of incipient faults is desirable for on-line condition
assessment, product quality assurance and improved efficiency of induction motors running …

In this paper, impacts of the unbalanced voltage supply conditions and inverter harmonics
on accurate broken bar fault diagnosis in induction motors are investigated in detail. It is …

This paper introduces the control of a squirrel cage induction motor which is fed from an
inverter. The inverter is driven using the method SVPWM. The central processing unit during …

This paper presents a few aspects regarding the modelling, simulation and monitoring of
dynamic regimes for asynchronous motors. There are presented the two-axes mathematical …