This article describes an interdisciplinary methodology to calculate the probability of failure
for bearing axial cracking, the dominant failure mode in the intermediate and high-speed …

Cage stability is an essential indicator of the guaranteed efficiency and reliability of the
rolling element bearing. Moreover, cage instability can greatly shorten the bearing's service …

The skidding phenomenon occurs during the operation of rolling bearing under the light
load owing to the design error, which will intensify the surface damage and lead to noise …

Premature failures associated with microstructural degradation, ie white etching cracks
(WECS), are becoming commonplace as applications are requiring tribological components …

A new model for cylindrical roller bearings, capable of deterministically handling lubrication
and misalignment situations, is developed by coupling a quasi-static model and a finite line …

A cylindrical roller bearing (CRB) dynamic model including the race defects is developed for
use in estimating cage slip and roller-cage impact force (IF) for the given defect cases. The …

Dynamic behavior of rolling elements determines the performance including the extent of
skidding and wear in ball bearings, which are influenced by many factors. A comprehensive …

With the coming installation of hundreds of GW of offshore wind power, penetration of the
inherent power fluctuations into the electricity grid will become significant. Therefore, the use …

Roller bearings are critical components in electrified powertrains. At high speeds, the critical
role of the elastohydrodynamic lubrication (EHL) cannot be ignored, necessitating a tribo …

The set and roller slip of an NU215 cylindrical roller bearing with medium clearance (MC)
and tight clearance (TC) classes have been tested and compared to those of extensive …