Partial slip texture surfaces have proven to be effective to improve load capacity and reduce
coefficient of friction in slider and journal bearings. By controlling the partial slip surface …

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 …

In present work, in order to optimize partial slip zone for heavily loaded journal bearings, an
isothermal hydrodynamic model considering wall slip occurring at oil-bush interface is built …

In the present study, a computational investigation of thermohydrodynamic lubrication in
pivoted-pad thrust bearings exhibiting different types of surface treatment is presented. Five …

The present study evaluates the effects of texture/slip configuration on improvement in load
capacity and reduction in coefficient of friction for partially textured slip slider and journal …

Purpose–The purpose of this paper is to study the influence of large-area texture/slip
surface, especially the area and position of large-area texture surface on journal bearing …

This paper aims to globally search the optimum slip/no-slip configuration of hydrophobic
surface for improving tribological performance of the sliding bearing, such as load carrying …

Currently, there is a great interest in the use of engineered complex slip surfaces as well as
the surface texturing because these surfaces are able to improve the tribological …

Boundary slippage modeling and optimization of the hydrophobic tilting pad thrust bearing
with elastic deformation are conducted to obtain the optimal lubricating film geometry and …

In this work a stable and reliable numerical model based on complementary variables is
developed to study lubricated contacts characterised by slip at one or both surfaces and in …