Active magnetic bearings (AMB) offer considerable benefits compared to regular mechanical
bearings. On the other hand, they require backup bearings to avoid damage resulting from a …

Misalignment is common in hydrodynamic journal bearings and the causes of it can be
diversified, making the lubrication performance exhibits stochasticity. Lubricant viscosity …

In the present paper, the modelling, analysis and identification of various system faults in the
presence of angular misalignment in coupled rotor-train systems integrated with an auxiliary …

Stability is a well-known challenge for rotating systems supported by hydrodynamic bearings
(HDBs), particularly for the condition where the misalignment effect and the parametric …

The study uses an experimental approach in contributing to advance vibration-based fault
identification (VFI) techniques for rotor and ball bearing in rotating machines using data …

Aerostatic bearings are widely employed in precision machines due to their properties of low
friction, low heat conduction, and long-life operation. In this work, static performance of the …

This paper investigates the influence of misaligned journal bearing effects on the thermally
induced rotor instability (Morton effect “ME”) problem. The Morton effect is caused by uneven …

As a highly widespread and practical construction, it is vital to investigate rotor bearing
system's structure, components, and faults in order to enhance functioning performance. The …

In this work, the backflow phenomenon exhibited in the gas journal bearings is investigated.
The effect of operational parameters such as eccentricity ratio ɛ, axial velocity of the bearing …

This paper discusses the development of a novel bearing the Smart Electro-Magnetic
Actuator Journal Integrated Bearing (SEMAJIB). The SEMAJIB is essentially a journal …