This work compares four different image processing algorithms for the analysis of image
data obtained during the Multiscale Boiling Experiment of ESA, executed on-board the …

The paper presents a new tool “the method of IR transparent thick plate” that can be used to
study the heat and mass transfer processes in the air-liquid-solid contact line area. Its …

Experiments on coalescence are carried out with two water drops over a chemically textured
superhydrophobic surface (equilibrium contact angle~ 150° and contact angle hysteresis …

The formation of liquid microlayers during the dewetting of a hot surface has significant
effects on heat transfer in boiling and evaporation processes. Understanding the criteria for …

Evaporating thin liquid films, so called microlayers, are of particular importance to two phase
heat transfer processes, such as pool boiling or boiling in microchannels. The microlayer …

A method for the detection of bubble contours in images of subcooled boiling in microgravity
is proposed. The method refines an initial, rough contour approximation obtained from …

Coalescence phenomenon of liquid drops of equal and unequal volumes over a
hydrophobic surface is reviewed and presented using images from experiments and …

Разработана пространственная математическая модель течения плёнки жидкости,
увлекаемой потоком газа в плоском горизонтальном миниканале в изотермических …

We consider an advancing contact line traveling over a region of locally modified wetting or
thermal substrate properties. A lubrication-type model is developed to account for coupling …

A three-dimensional mathematical model of the flow of a liquid film carried away by a gas
flow in a flat horizontal minichannel under isothermal conditions is developed. Film flow …