The characteristics of regimes of two-layer flows with diffuse evaporation in an infinite
channel are studied in the frame of the Boussinesq approximation for the Navier–Stokes …

Three-dimensional generalization of the Ostroumov-Birikh solution of the classical
convection equations has been obtained in order to model two-layer flows under the …

While interferometry has been widely used for diffusion measurements in liquid mixtures, it
was hardly applied so far to vapour-gas mixtures. The present work aims to bridge this gap …

In systems with liquid/liquid or liquid/gas interface under microgravity, and even in shallow
liquid layers in the terrestrial conditions, thermocapillary force takes the principal role to …

Two-layer fluid flows with evaporation at the thermocapillary interface have been studied on
the basis of the partially invariant solution of the convection equations. The modeling of the …

Abstract The Oberbeck–Boussinesq equations and boundary conditions resulting from the
conservation laws and thermodynamics principles provide the basis for mathematical …

A partially-invariant exact solution of equations of thermosolutal convection is derived to
analyze combined steady-state flows of a liquid and a co-current gas flux in a flat horizontal …

The theoretical approaches for mathematical modelling of the convective flows with mass
transfer through the liquid–gas interface are discussed. The special attention is payed to …

Theoretical study of multiphase flows in an infinite three-dimensional domain is performed in
the framework of the Oberbeck-Boussinesq model. The domain is a rectangular duct with …

A joint motion of thin liquid film and dry gas in a microchannel is investigated numerically at
different values of initial concentration of the liquid vapor in the gas phase, taking into …