Journal bearing misalignment arise generally from the shaft deformation under load,
deflection of the shaft, manufacturing and assembly errors, improper installation, and …

To study the static behavior of misaligned journal bearings under heavy loads using a non-
Newtonian lubricant (pseudoplastic fluid, the flow behavior obeys a power-law relationship) …

This paper analyzes the ultimate hydrodynamic load carrying capacity of water-lubricated
plain journal bearings with rigid bush materials under misalignment effect, aiming to help …

The continuous demand for higher power density leads to a very challenging operational
environment for sliding bearings regarding pressures and deformations. Understanding of …

The role of the pivot flexibility in tilting-pad journal bearings (TPJBs) has become essential,
particularly for bearings working at high applied load and relatively high rotor speeds …

The reliability of marine propulsion system is seriously affect by abnormal vibrations of
propeller shaft on the lubricated stern bearings. An applicable numerical model regarding …

Hydrodynamic journal bearings are used to support the planetary gears in the transmission
system of a Geared Turbo Fan engine, and they operate under severe working conditions …

With the possibility to replace sliding segments on the tower without disassembling the
drivetrain, the use of segmented plain bearings with conical sliding surfaces as main …

Mechanical systems are expected to operate under various load conditions, and it is
necessary to use a lubrication system to achieve reliability and stable performance. Journal …

This paper studies experimentally the effect of axial (vertical) misalignment on the limit of
seizure failure of a slide journal bearing used in air-conditioning compressor. The seizure …