The dynamics and stability of thin liquid films have fascinated scientists over many decades:
the observations of regular wave patterns in film flows down a windowpane or along …

We focus on the dynamical aspects of wetting phenomena on the nanoscale for which bulk
hydrodynamic equations become invalid. At the nanoscale, phenomena that are irrelevant …

Great strides have recently been made in quantitative measurements of tear film thickness
and thinning, mathematical modeling thereof and linking these to sensory perception. This …

The presence of electric fields in immiscible multifluid flows induces Maxwell stresses at
sharp interfaces that can produce electrohydrodynamic phenomena of practical importance …

We consider the motion of a liquid film falling down a heated planar substrate. Using the
integral-boundary-layer approximation of the Navier–Stokes/energy equations and free …

A range of two-and three-dimensional problems is explored featuring the gravity-driven flow
of a continuous thin liquid film over a non-porous inclined flat surface containing well …

The present review deals with the effects of topography and inertia on gravity-driven film
flows. The article is organized like a rope ladder, with the rungs of topography and inertia …

We investigate a gravity-driven thin film flow of a non-Newtonian liquid over an inclined
micro-patterned surface. We demonstrate the effect of micro-patterning on the film draining …

A model describing the dynamic evolution of waves on laminar falling wavy films at low to
moderate Reynolds numbers (Re< 30) over corrugated surfaces is presented. This model is …

Using phase-stepped interferometry, we have measured full two-dimensional maps of the
free-surface shape of a thin liquid film of water flowing over an inclined plate with …