The paper presents results of an investigation into mixed convection in a vertically oriented
microchannel with slip boundary conditions. Solutions of the problem were obtained …

The paper focuses on a study of mixed convection in a vertically oriented circular
microchannel with slip boundary conditions. Novelty of the work consists in analytical and …

ABSTRACT A self-similar model of gas dynamics and heat transfer behind the shock wave
was developed with allowance for the effects of slippage and dissipation. The model takes …

The paper outlines results of a study of mixed free and forced convection in vertical flat and
circular microchannels occupied with porous medium subject to slip boundary conditions …

In this work, the symmetry method was first applied to the study of the problem of free
convection of van der Waals gas with physical properties that differ from an ideal gas under …

This work reports theoretical studies of flow behaviour in a monolith outlet zone for different
Reynolds numbers covering laminar and transitional/turbulent flow regimes. Monolith type …

Based on two analytical approaches (Prandtl model and von Kármán model), turbulent flow
in a cylindrical channel with flow slippage on the wall was considered. The results of the …

The paper presents results of a study of forced convection in a vertical flat and circular
microchannels incorporating porous medium under slip boundary conditions of the first and …

The paper focuses on the modeling of turbulent slip incompressible flow in a flat channel.
Slippage on the channel wall can be caused by two reasons. The first reason is …

Purpose The paper aims to consider heat transfer in incompressible flow in a rotating flat
microchannel with allowance for boundary slip conditions of the first and second order. The …