An experimental investigation of the heat transfer from a local heat source to a liquid film
falling down a vertical plate is performed. The thermocapillary counterflow, induced by non …

An experimental investigation of the heat transfer from a local heat source to a falling on a
vertical plate liquid film has been made. The heater has a height of 6.5 mm and a width of 13 …

Stability of a thin viscous Newtonian fluid draining down a uniformly heated porous inclined
plane is examined. The long-wave linear stability analysis is performed within the generic …

In this work we develop and report on two novel measurement procedures for elucidating
important features of vertical falling films. The first one utilizes a laser triangulation scanner …

The evolution of three-dimensional waves into rivulet structures during heating of a vertically
falling water film for Reynolds numbers 70,105, and 150 was experimentally studied. A high …

An experimental research of heat transfer and breakdown of a falling liquid film on a heater
with dimensions of 150× 150 mm2 has been performed. Water with the initial temperature of …

It was found in previous papers by the authors that regimes of motion with the formation of
horseshoe-shaped regular structures are possible. Such structures occur under local …

There are many techniques for the cooling of the parts of industrial apparatuses and
electrical components. The use of liquid film flow is a possible technique, offering solutions …

Formation of rivulets on the surface of non-isothermal water film falling vertically over the
heaters with different sizes and boundary conditions was studied experimentally. The …

The critical heat fluxes and the surface temperature gradients for the formation of regular
structures in the flow of 10% mixture of ethyl alcohol in water over the vertical surface with …