Preventing induction motors (IMs) from failure and shutdown is important to maintain
functionality of many critical loads in industry and commerce. This paper provides a …

Electrical machines are prone to various faults and require constant monitoring to ensure
safe and dependable functioning. A potential fault in electrical machinery results in …

This work proposes a novel real‐time detection scheme for incipient stator inter‐turn short
circuit fault in voltage sources inverter‐fed induction machines. Both non‐sinusoidal input …

The diagnosis of induction motors through the spectral analysis of the stator current allows
for the online identification of different types of faults. One of the major difficulties of this …

In order to improve hybrid and electrical vehicles functional safety and to avoid sudden
failures, it is important to develop reliable and robust on-board diagnostics (OBD). This …

Three phase squirrel cage induction motors are the most popular motors in industries.
Electrical, magnetic, mechanical, thermal and environmental stresses during operating …

Inter‐turn fault (ITF) of stator winding is a very sensitive and critical fault in permanent
magnet motors. If this fault is not diagnosed on‐time, it can quickly expand and generate …

Because of considerable importance of induction motors in different industries, fault
detection of these motors has gained importance in the literature. One of the attractive …

In this article, a deep learning-based automated framework has been proposed to sense
minor stator winding interturn (MSIT) fault in an induction motor (IM) without having load …

Induction motors are the most popular machines in industrial drive and power conversion
systems. This popularity makes the recent industries impose reliable and continuous work …