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 …

This monograph provides a detailed review of the state-of-the-art theoretical (analytical and
numerical) methodologies for the analysis of dissipative wave dynamics and pattern …

A gravity-driven, thin, incompressible liquid film flow on a non-uniformly heated, slippery
inclined plane is considered within the framework of the long-wave approximation method. A …

The stability of a two-dimensional gravity-driven thin viscous Newtonian fluid with broken
time-reversal-symmetry draining down a uniformly heated inclined plane is discussed. The …

In this study, we investigate the stability of a thin viscoelastic fluid draining down a uniformly
heated slippery inclined plane. A theoretical model is employed consisting of the Navier …

We study the stability of weakly viscoelastic film (Walter's B ″) flowing down under gravity
along a slippery inclined plane. The focus is to investigate the interaction of the bottom slip …

We investigate the behavior of a thin fluid with disrupted time-reversal symmetry on a
uniformly heated inclined surface under external shear stress using modified Navier–Stokes …

Thermocapillary instability and formation of waves for a thin viscous falling film with broken
time-reversal-symmetry have been discussed in this present study. The film is flowing over a …

We investigate the dynamics of a thin laminar liquid film flowing under gravity down the
lower wall of an inclined channel when turbulent gas flows above the film. The solution of …

In a previous publication, Dietze, Leefken & Kneer (J. Fluid Mech., vol. 595, 2008, p. 435)
showed that flow separation takes place in the capillary wave region of falling liquid films …