The non-uniform distributed tilting-pad journal bearing (NDTPJB), designed for large
megawatt wind turbine main shafts, has not been assessed for transient stability under …

This paper is a review of the literature about CFD modeling and analysis of journal, thrust,
and aerostatic bearings; the advantages and disadvantages of each are specified, and the …

The novelty of this paper is to numerically investigate the effect of manufacturing error and
misalignment on the transient lubrication behavior of dynamically loaded journal bearings …

Although the offset-elliptical journal bearings (OEJBs) are widely used in industry, there are
few researches on the OEJBs, especially under the conditions of journal misalignment and …

Although offset-halves journal bearings (OHJBs) are extensively utilized in the marine
powertrain, there is little research on nonlinear dynamic response and transient stability …

A numerical three-dimensional computational fluid dynamics-fluid structure interaction (CFD-
FSI) model including lining deformation and cavitation is developed to evaluate the effect of …

Tilting-pad journal bearings (TPJBs) are highly self-adaptive for serving as support bearings
in marine gas turbines. However, the research on the transient lubrication performance of …

The theory of improving the bearing capacity of fluid lubrication with a heterogeneous slip/no-
slip surface has been proposed in recent years, and the extended Reynolds equation is the …

To fully evaluate the influence of the rough surface (σ) and speed (ω) of the crankpin bearing
on the engine power, a combination model of the slider crank mechanism and crankpin …

The generalized Reynolds equation of dynamically loaded sleeve bearing is established
based on mass conservation boundary condition and wall-slip effect. The cavitation …