The keys factor in making wind power one of the main power sources to meet the world's
growing energy demands is the reliability improvement of wind turbines (WTs). However, the …

This paper aims to update the review of diagnostic techniques for rotating electrical
machines of different type and size. Each of the main sections of the paper is focused on a …

This study investigates the condition monitoring of wind turbine wound rotor and doubly fed
induction generators with rotor electrical asymmetries by analysis of stator current and total …

This paper introduces a speed-sensorless method for detecting rotor asymmetries in wound
rotor induction machines working under nonstationary conditions. The method is based on …

This study investigates two common types of stator winding faults in doubly fed induction
generators (DFIGs) including inter‐turn short‐circuit fault (ITSCF) and winding resistive …

Due to the increasing spread of electrical machines and drives in any field and to the
growing development of researches on their predictive maintenance, a novel review of the …

In this paper, a 3-phase wound rotor induction machine (WRIM) has been simulated under
the winding inter-turn short circuit fault conditions in the stator and rotor sides using the …

In this study, a wound rotor induction machine, as the core of a doubly‐fed induction
generator (DFIG) system, is modelled using the magnetic equivalent circuit approach. The …

This paper investigates wound rotor induction machine torque and vibration signals spectra
for operation with and without a stator short‐circuit or open‐circuit winding fault. Analytical …

Fault diagnosis of induction machines operating under variable load conditions is still an
unsolved matter. Under those regimes, the application of conventional diagnostic …