The free-surface shape of a liquid in a uniformly rotating cylinder in the presence of surface
tension is determined before and after the onset of dewetting at the bottom of the cylinder …

Thermo-capillary flow inside an evaporating water drop on heated or non-heated substrate
is investigated. The modeling of the internal flow inside the drop takes into account the …

The collapse dynamics of an axisymmetric fluid cavity that wets the bottom of a rotating
bucket bound by vertical sidewalls are studied. Lubrication theory is applied to the …

An axisymmetric drop spreads on a radially heated, partially wetting solid substrate in a
rotating geometry. The lubrication approximation is applied to the field equations for this thin …

The surface structure of converging thin fluid films displays self-similar behavior, as was
shown in the work by Diez [Q. Appl. Math. 210, 155 (1990)]. Extracting the related similarity …

We consider the evolution of sessile droplets of a nonvolatile perfectly wetting liquid on
differentially radially heated solid substrates. The heating induces thermocapillary …

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 …

We analyze the evolution of the vertical composition profile during hydrodynamic-
evaporative film thinning as it typically occurs during spin casting mixtures of non-volatile …

A (film or) droplet of viscous liquid spreads isothermally on a smooth horizontal solid
surface. The lubrication approximation is used to study the linear stability of thin (films or) …

Thinning dynamics in spin coating of viscous films is influenced by many physical
processes. Temperature gradients are known to affect thin liquid films through their influence …