The present work investigates the three-dimensional flow of a thin liquid film distributed on
the outer surface of an ellipsoid, rotating around the vertical axis at constant angular velocity …

This paper addresses several aspects of the axisymmetric flow of a liquid film over the
surface of a downward-sloping cone. The study is rooted on a validated computational tool …

Drainage and spreading processes in thin liquid films have received considerable attention
in the past decades. Yet, our understanding of three-dimensional cases remains sparse …

We study the linear stability of a droplet placed at the center of a horizontal disk under the
effect of surface stress promoted by an axisymmetric thermal gradient. Since the fluid volume …

The effect of a single, vertical edge on a draining liquid film was studied recently [Phys. Rev.
Lett. 125, 064502 (2020) PRLTAO 0031-9007 10.1103/PhysRevLett. 125.064502]. In this …

A simplified, pseudoplastic rheology characterized by constant viscosity plateaus above and
below a transition strain rate is applied to axisymmetric, gravitationally driven spreading of a …

Se ha mostrado experimentalmente que cuando se deposita una gota en el centro de un
sustrato con un gradiente axial de temperatura (más caliente en el centro), por efectos …

Se ha mostrado experimentalmente que cuando se deposita una gota en el centro de un
sustrato con un gradiente axial de temperatura (más caliente en el centro), por efectos …

A novel transient ablation model for arbitrary three-dimensional quartz substrates is
developed in this paper. The ablation problem is formulated by a differential equation on the …

This report is motivated by a reading course to explore thin film problems on different
surfaces. Over the course of this report we derive the thin film equations for an arbitrary …