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 …

Macroscopic thin liquid films are entities that are important in biophysics, physics, and
engineering, as well as in natural settings. They can be composed of common liquids such …

The development and interaction of solitary wave pulses is critical to understanding wavy
film flows on an inclined (or vertical) surface. Sufficiently far downstream, the wave structure …

Two‐dimensional (2‐D) interfacial waves on flowing films are unstable with respect to both
two‐and three‐dimensional instabilities. In this paper, several distinct three‐dimensional …

Hocherman and Rosenau conjectured that long‐wave unstable Cahn‐Hilliard‐type interface
models develop finite‐time singularities when the nonlinearity in the destabilizing term …

When the coating film around a vertical fibre exceeds a critical thickness hc, the interfacial
disturbances triggered by Rayleigh instability can undergo accelerated growth such that …

The dynamics of a thick layer of viscous liquid flowing down a thin vertical fibre is
investigated. Three qualitatively different regimes of the interfacial patterns in the form of …

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 …

We consider a thin layer of a viscous fluid flowing down a uniformly heated planar wall. The
heating generates a temperature distribution on the free surface which in turn induces …