This paper describes a new analytical model for the influence of rolling-element bearing
faults on induction motor stator current. Bearing problems are one major cause for drive …

This paper presents a review of the researches done on fault tolerant control types, methods,
main objectives of the fault tolerant control and fault diagnosis of induction motor faults that …

Induction machines are widely used in industrial applications. Safety, reliability, efficiency,
and performance are major concerns that direct the research activities in the field of …

Estimation of the remaining useful life (RUL) of bearings is important to avoid abrupt
shutdowns in rotary machines. An important task in RUL estimation is the construction of a …

This paper presents an energy-based approach to defect diagnosis in rotary machines and
machine components, which enhances the ability of the continuous wavelet transform in …

In the last decade, research centered around the fault diagnosis of rotating machinery using
non-contact techniques has been significantly on the rise. For the first time worldwide …

For the first time worldwide, innovative techniques, generic non-linear higher-order
unnormalized cross-correlations of spectral moduli, for the diagnosis of complex assets, are …

Adjustable speed drives (ASDs) are widely used in industry for controlling electric motors in
applications such as rolling mills, compressors, fans, and pumps. Condition monitoring of …

Faults in bearing are major issues for the failure of Induction Motor (IM). In case a fault
occurs, it is a common practice to shut down the motor as early as possible in order to avoid …

The present contribution presents a review of the research on the use of wavelets as a
medium of fault detection and fault tolerant control of induction machines. Modeling of …