We consider the spreading of a thin viscous droplet, injected through a finite region of a
substrate, under the influence of surface tension. We neglect gravity and assume that there …

Shear-driven liquid rivulet flow on a horizontal plate is experimentally investigated. In
contrast to publications found in the literature, a two-side view on the rivulet is used to …

We have generalized, in the current study, the results of research presented earlier with the
aim of obtaining an approximate solution for the creeping, plane-parallel flow of viscoplastic …

A novel family of three-dimensional travelling-wave similarity solutions describing a steadily
translating slender dry patch in an infinitely wide thin fluid film on an inclined planar …

The steady flow of a slowly varying rivulet with prescribed flux in the azimuthal direction
round a large stationary horizontal cylinder subject to a prescribed uniform azimuthal …

The behaviour of a steady thin sessile or pendent ridge of fluid on an inclined planar
substrate which is strongly coupled to the external pressure gradient arising from an inviscid …

Motivated by the lubrication approximation application from the small-scale activity in
dermatology to the big-scale process in coating industry involving flow driven by shear …

This paper investigates behaviors of flows driven by tangential velocity and shear stress on
their boundaries such as solid walls and water surfaces. In a steady flow between two …

Many models for predicting the breakup of liquid films spreading over solid substrates have
been proposed over the years, each taking a different approach to modelling the minimum …

In this study, the lubrication approximation is used to derive the governing equations for the
unsteady flow of non-Newtonian power-law fluid around a symmetric slender dry patch on …