Magnetic flux analysis is a condition monitoring technique that is drawing the interest of
many researchers and motor manufacturers. The great enhancements and reduction in the …

Motors are the higher energy-conversion devices that consume around 40% of the global
electrical generated energy. Induction motors are the most popular motor type due to their …

The interturn faults are one of the most (if not the most) challenging electrical machine
failures to detect online and at incipient severity stages. Past works and experience have …

Motor current signature analysis (MCSA) has been accepted in the field as a reliable means
of detecting faults in the rotor cage of induction motors. However, there are many limitations …

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 …

As one of the most promising techniques, magnetic flux-based condition monitoring of
electrical machines, has gained significant traction in the past decade. One of the key …

This paper offers a reliable solution to the detection of broken rotor bars in induction
machines with a novel methodology, which is based on the fact that the fault-related …

There has been active research on motor current signature analysis (MCSA) for over the last
30+ years, as it can provide remote monitoring of rotor and load defects using the current …

Fault detection based on external leakage flux can address various faults, such as short-
circuit faults in stators and rotors. External leakage flux sensing technology, as a …

Over recent decades, the detection of faults in induction motors (IMs) has been mainly
focused in cage motors due to their extensive use. However, in recent years, wound-rotor …