Current ophthalmological drug discovery and testing methods have limitations and concerns
regarding reliability, ethicality, and applicability. These drawbacks can be mitigated by …

Thin lubrication flows accompanying drainage from curved surfaces surround us (eg, the
drainage of the tear film on our eyes). These draining aqueous layers are normally covered …

Purpose This review explores mathematical models, blinking characterization, and non-
invasive techniques to enhance understanding and refine clinical interventions for ocular …

The method of weighted residuals for thin film flow down an inclined plane is extended to
include the effects of bottom waviness, heating, and permeability in this study. A bottom slip …

In this Letter a hydrodynamic theory of liquid slippage on a solid substrate near a moving
contact line is proposed. A family of spatially varying slip lengths in the Navier slip law …

Coating defects often arise during application in the flash stage, which constitutes the∼ 10
min interval immediately following film application when the solvent evaporates …

We consider a theoretical model of the squeeze film in the presence of a porous bed. The
gap between the porous bed and the bearing is assumed to be filled with a Newtonian fluid …

A modified nanofluid model for homogeneous–heterogeneous reactions in a gravity-driven
liquid film is proposed based on the assumptions of the homogeneous reaction governed by …

Motivated by small-scale natural and industrial processes involving flow over and/or through
a layer of a porous medium, a mathematical model for the steady gravity-driven flow of a …

Gravity-driven thin film flow is of importance in many fields, as well as for the design of
polymeric drug delivery vehicles, such as anti-HIV topical microbicides. There have been …