Rolling element bearings play a crucial role in the functioning of rotating machinery.
Recently, the use of diagnostics and prognostics methodologies assisted by artificial …

The rolling elements bearings are widely used in industrial and domestic machines. The
existence of even tiny defects on the mating surfaces of the bearing components can lead to …

Condition monitoring of rolling bearings is attracting much interest since most of the
production slowdowns depends on the damaging of these components. Several algorithms …

Bearing vibration characteristic analysis based on dynamic analytical model is of importance
for identifying faults of bearing in mechanical systems. However, on one hand, the …

A dynamic model has been developed to predict vibration generated by healthy and
defective deep groove ball bearing. The masses of shaft, raceways, ball and housing have …

To study the vibration mechanism of ball bearings with localized defects, a vibration model
of a ball bearing based on the Hertzian contact stress distribution is proposed to predict the …

The sliding of the rolling element in the load zone would cause the bearing's wear and
failure at high speed under elastohydrodynamic lubrication (EHL) condition. Aiming at this …

Almost all machines having rotating parts contain rolling element bearings to support the
rotating parts during power transmission. Bearing failure is a major cause of the breakdown …

In rotating machinery, rolling elements are the key members of the rolling element bearing
(REB), which has tremendous application in automobiles, aerospace, ships, machinery …

The most common Induction Motor (IM) faults discussed in literature are of three types,
namely, bearing faults, stator faults, and rotor faults. These faults often result in unexpected …