This paper presents an experimental and theoretical study of the evaporation of a sessile
water drop to open atmosphere when the temperature difference between the solid …

The experimental study of the rupture of a horizontal liquid layer placed on a stainless-steel
substrate non-uniformly heated from below was conducted. Deformation profiles in the liquid …

Jet formation was studied in the region of two-dimensional and three-dimensional waves in
a heated liquid film flowing down a vertical surface. Jet-to-jet spacings were measured …

Thermocapillary breakdown of a liquid film flowing due to gravity over a vertical plate with a
heater of 150× 150 mm is studied in a wide range of liquid properties (in particular, dynamic …

An experimental investigation is performed of the breakdown of a liquid film flowing down a
vertical plate with a heater sized 150× 150 mm. The main parameters which are varied in the …

Rupture of a subcooled water film flowing down an inclined plate with a 150× 150 mm
heater is studied using a fiber optical thickness probe. The main governing parameters of …

A thin-film flow on a locally heated vertical plate is studied numerically by solving a full 3D
nonlinear time-dependent problem. The method of particles for incompressible fluid has …

The wave flow of a water film down a vertical plate with a 150× 150 mm heater has been
experimentally studied. The effect of the heat flux on the film flow leads to the formation of …

Исследовано формирование струй в области двумерных и трехмерных волн при
течении нагреваемой пленки жидкости по вертикальной поверхности. Измерены …

The characteristics of a water film flowing down a vertical plate with a heater at high
Reynolds numbers (Re= 300 and 500) with and without artificial disturbances with the “most …