Eccentricity can cause motor damage. It is necessary to obtain the degree of motor
eccentricity for health management or eccentricity suppression. Due to the complex …

Research on fault detection (FD) and condition monitoring (CM) of rotating electrical
generators for modern wind turbines has addressed a wide variety of technologies. Among …

Electric cars are massively displacing gasoline-powered vehicles and heralding themselves
as the top powertrain of preference, as vehicle transportation witnesses a significant …

For medical electronic devices, batteries and capacitors are crucial power sources.
However, several challenges are associated with these power sources, such as their …

Eccentricity fault in electrical motor causes increased noise and vibration, and degradation
of motor characteristics. Thus, early detection of the eccentricity fault is required. Motor …

By measuring the open-circuit radial stray magnetic flux density (RSMFD) of three spatial
points, a novel diagnostic method for the eccentricity of interior permanent magnetic motors …

Research on the modeling and fault diagnosis of rotor eccentricities has been conducted
during the past two decades. A variety of diagnostic theories and methods have been …

Incipient interturn short-circuits (ITSCs) in permanent-magnet synchronous machines
(PMSMs) develop to direct short-circuit without proper mitigation. This article proposes an …

Rotor eccentricity can lead motor damage, so it is necessary to obtain the quantitative
characterization of rotor eccentricity for motor health management or suppression. Neural …

In this work, we report sputter-grown micro-patterns of titanium chromium-based bimetallic
nitride (TiCrN) over Si/SiO 2 substrate. The highly stable TiCrN-micro pattern is tested …