This article introduces a methodology of mathematical morphology (MM)-based power
system disturbances (PSDs) sensing using principal component analysis (PCA)-aided …

Stator winding interturn short circuit (ITSC) is a typical fault in induction motors, which may
lead to severe winding damage or even burn the motor. However, ITSC detection faces …

Due to the complex harmonic field effects and frequent starting, broken rotor bars (BRB)
caused by hotspots at the rotor slot openings are the most common fault in high-voltage and …

Across various productive sectors, failures in electric motors can lead to financial losses,
poor production quality, and accidents. Even though motors in high-performance/precision …

Open-loop control is widely utilized in industry due to its low cost and simplicity. However,
this simplicity comes with a disadvantage: the generation of numerous harmonics in the …

Many kinds of electrical equipment are used in civil and building engineering. The motor is
one of the main power components of this electrical equipment, which can provide stable …

This study proposes a real-time, in-service nonintrusive condition monitoring (CM) of
induction motor (IM) stator's turn-to-turn faults (TTF) in vector controlled drive systems. A time …

This study develops a real-time non-invasive discrete wavelet transformation (DWT) based
fault diagnosis (FD) method to detect embryonic stator's turn-to-turn faults (TTF) in direct …

Fault diagnosis is essential for avoiding unscheduled interruptions and to ensure the
availability and reliability of production processes. However, despite certain critical industrial …

To diagnose the inter-turn short circuit fault of traction motors, this paper proposes a fault
diagnosis method based on a voltage-current hybrid model flux estimator. The fault …