Different averaging techniques have proved to be useful for analyzing the effects of surface
roughness in hydrodynamic lubrication. This paper compares two of these averaging …

This research explores the transport of a Jeffrey fluid through a permeable slit of
microchannel under the effect of a porous medium and constant reabsorption. Physical laws …

This paper is devoted to the effects of surface roughness during hydrodynamic lubrication. In
the numerical analysis a very fine mesh is needed to resolve the surface roughness …

This work is devoted to studying the combined effect that arises due to surface texture and
surface roughness in hydrodynamic lubrication. An effective approach in tackling this …

This work introduces a new concept of homogenization that enables efficient analysis of the
effects of surface roughness representations obtained by measurements in applications …

Tribology is a multidisciplinary field defined as the science and technology of interacting
surfaces in relative motion, and embraces the study of friction, wear and lubrication. A typical …

Emerging links between food friction and sensory texture have prompted an increase in food
tribology studies. Soft tribological surfaces (eg elastomers) are used in these studies to …

The study examines the combined impact of wall slip and pseudoplastic fluid on bearing
system stability using a non-linear transient technique. The pseudoplastic effect is fused …

In this paper, a method facilitating the analysis of the effects of surface roughness on the
lubrication of a rotating device is presented. The analysis utilizes homogenization—a …

This research explores the creeping flow of a Jeffrey fluid through a narrow permeable slit
with an application of blood flow through a planer hemodialyzer. The fluid motion of Jeffrey …