In recent times, gas foil bearings have become popular for commercial use in the aircraft and
space industry, turbocompressors, turbine generators and in the more complex fields of …

Numerous published studies on the non-wettable surfaces with surface texture and slip
conditions have been reviewed comprehensively to evaluate the performance of …

The present study investigates the combined influence of slip boundary condition and non-
Newtonian lubricants on the tribological performance of hydrodynamic textured journal …

Large slip length at the solid-liquid interface is key factor in the performance of hydrostatic
bearings. A superhydrophobic biomimetic-structured surface enables the surface with partial …

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 …

Laser surface textures were made on the surfaces of WC/Co cemented carbide disks. Dry
sliding friction and wear tests against titanium alloy balls were carried out with four kinds of …

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 …

This paper presents the development of a numerical model for high speed and water
lubricated journal bearings with different boundary slip arrangements. The effect of …

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 …