This paper offers an extensive review of publications dealing with the modeling, the design,
and the experimental investigation of grooved dynamic gas-lubricated bearings. Recent …

Lubrication is essential to minimize wear and friction between contacting surfaces in relative
motion. Oil based lubricants are often enhanced via polymer additives to minimize self …

Various anti-wear and anti-corrosion coatings are applied on the surface of journal and
bearing to maximise service life of a bearing system. These coatings influence the wettability …

We discuss (i) the measurement,(ii) interpretation and (iii) technical impact of temperature-
dependent wall slip and its activation energy for polar and non-polar hydrocarbon …

In order to improve the carrying capacity and reduce the temperature rise in high speed and
precise spindle systems, a combined surface radial sleeve bearing using the interfacial slip …

An improved theoretical approach is proposed to predict the dynamic behavior of long,
slender and flexible microcantilevers affected by squeeze-film damping at low ambient …

We examine the combined effect of variable viscosity, velocity slip, and the couple stress
lubricant on a finite journal bearing. In our model, we utilize the Stokes micro-continuum …

Thin film lubrication problems frequently involve the use of lubricants with non-Newtonian
characteristics, and a relatively simple viscosity model that can describe several non …

Multi-scale simulations have been conducted in order to predict the collision outcome
bouncing versus coalescence in numerical simulations. The flow on the macroscopic scale …

A higher order lubrication model between slip walls is proposed for predicting the flow fields
that cannot be described by the standard lubrication models based on the thin-gap …