Dynamic characteristics of ball bearings with different cage pocket shapes are investigated
with consideration to the concurrent rotation of the inner and outer rings. Contact models of …

The paper introduces a dynamic model of the bearing-rotor system covering four-point
contact ball bearings (FPCBB) and cylindrical roller bearings (CRB), specifically tailored for …

Dynamic behavior of cylindrical roller bearings with the trilobe raceway is investigated. A
dynamic model of the trilobe bearing is developed by considering the effect of pre …

Slipping in cylindrical roller bearings is investigated at the simultaneous rotation of inner and
outer rings. A 6-DOF dynamic model is developed to analyze roller, cage, and ring …

In practice, the bending moment for bearings is inevitable and affects the contact and power
loss characteristics. However, research comprehensively analyzing the effect of bending …

Responses of the bearing system are usually predicted or tested, to analyze its nonlinear
dynamic characteristics. However, responses predicted from the bearing model constructed …

Abstracts Cage mass imbalance stability is crucial for the reliability and service life of high-
speed angular contact ball bearings. This paper carries out experimental research on the …

At high speeds, skew and skid may frequently occur for the rollers in cylindrical roller
bearings, especially when under eccentric load, as the uneven load distribution along the …

The cage in a cylindrical roller bearing (CRB) is utilized to prevent direct contact between
the rollers and reduce friction. The interaction of forces between the rollers and the cage …