Представлены теоретические основы математического моделирования конвективных
течений с испарением и актуальные направления их исследований. Основное …

The theoretical foundations for mathematical modeling of the convective flows with
evaporation are presented, and the topical research areas are given. The special attention is …

An improved comprehensive semi-analytical model is devised and postulated to unveil the
underlying physics of thin-film evaporating dynamics in a microfluidic channel using Al 2 O 3 …

To assess the implications of the evaporating meniscus in microfluidic channels, extensive
explorations have been going on to simulate the fluid flow behavior and the transport …

The temperature and pressure jump boundary conditions at the liquid–vapor interfaces,
obtained from the kinetic theory, are implemented for the numerical simulation of two …

We investigate stability and breakup of a thin liquid film on a solid surface under the action of
disjoining pressure. The solid surface is structured by parallel grooves. Air is trapped in the …

To date, in the public domain there is a lot of experimental data on adiabatic two-phase flow
in microchannels of various geometries (round, rectangular, square). However …

Evaporation in microstructures has been proven to be a heat transfer enhancement
compared with evaporation on flat surfaces due to the thin films formed in the porous or …

One of the most significant challenges in microchannel design is the reduction of pressure
drops within miniature fluidic pathways. A promising approach involves the manipulation of …

The fast development in semiconductor technology is leading to very high chip power
dissipation and greater non-uniformity of on-chip power dissipation with the result of …