We study the thermocapillary migration of two-dimensional droplets of partially wetting
liquids on a non-uniform heated substrate. An equation for the thickness profile of the droplet …

We study the thermocapillary migration of two-dimensional droplets of partially wetting
liquids on a non-uniformly heated surface. The effect of a non-zero contact angle is imposed …

We study the contact line dynamics of a viscous droplet deposited at the centre of a
substrate subject to an axial thermal gradient. The temperature of the substrate decreases …

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 …

We study the stability of a constant volume of fluid spreading down an incline. In contrast to
the commonly considered flow characterized by constant fluid flux, in the present problem …

Analytical solutions for the shape of both hanging and sitting droplets under the effects of
gravity and surface tension are presented. The modeling also includes the action of …

A numerical method to reduce the computing times of thin-film flows with moving contact
lines is presented. The flows of a film and a droplet are calculated in a frame that moves with …

By means of the lubrication approximation we obtain the full family of static bidimensional
profiles of a liquid resting on a substrate under partial-wetting conditions imposed by 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 …