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 …

In light of the importance of nanostructured surfaces for various technological applications, it
becomes imperative to look for simple and reliable methods for assembling ordered …

Finite-amplitude capillary waves, which can accompany the axisymmetric flow of a thin
viscous film over a rotating disk, are considered. A system of approximate evolution …

Using low-dimensional numerical simulations, we investigate the characteristics of complex
and three-dimensional surface waves in a liquid film flowing over a rotating disk, focusing on …

Continous thin liquid film flows over spinning discs present technological advantages in that
the liquid film thickness can be controlled by the rotation speed, and can be made very thin …

A method of the mathematical modeling of the spinning disk atomization process as a whole,
from the film flow on a rotating disk to the drop formation and detachment from the ends of …

We study the hydrodynamics and mass transfer associated with gas absorption into a thin
liquid film flowing over a spinning disk. We use the thin-layer approximation in conjunction …

We study the spatiotemporal development of a thin viscous film flowing over a spinning disk.
A coupled system of evolution equations for the film thickness and volumetric flow rates in …

We present results for gas absorption into a liquid film flowing over a spinning disc. The flow
is accompanied by the formation of nonlinear waves which strongly influence the diffusion …

The flow of a liquid film on a rotating disc is investigated in the case where a liquid is
supplied at a constant flow rate. We propose thin film equations by the integral method with …