In this paper we re-examine the problem of applying a thin layer of a power-law fluid to a
solid substrate by means of a simple blade coater. Specifically we use lubrication theory to …

In the present work, a numerical simulation model for conical journal bearing system
considering roughness features in the analysis is investigated. In present model, non …

A non-Newtonian rheological model to investigate theoretically the effects of lubricant
additives on the steady state performance of hydrodynamically lubricated finite journal …

The present study investigates the combined influence of surface texture, using sinusoidal,
positive full and half wave roughness (transverse and longitudinal roughness) and non …

In the present study, a numerical solution is presented to investigate the combined effects of
lubricant rheology and surface roughness parameters on the characteristic of …

The present work describes a theoretical study to demonstrate the combined influence of
surface roughness and bearing flexibility on the performance of an orifice compensated hole …

A lubrication theory that includes the coupled effects of surface roughness and anisotropic
slips is proposed. The anisotropic-slip phenomena originate from the microscale roughness …

The effect of journal and bearing surface roughness on the performance of a capillary
compensated hole-entry hybrid journal bearing system has been theoretically studied. The …

The influence of 3D surface roughness on the transient non-Newtonian response of a
dynamically loaded journal bearing under mixed lubrication is studied. A study of the …

A general solution scheme to account the surface roughness and the cross-film viscosity
variation of lubricant due to its non-Newtonian behavior and rise in fluid-film temperature for …