The incipient movement of sediment particles in natural rivers under the action of water
scour has remained a key issue in river sediment movement research. In this study, we …

This study investigates the possibility of solving film problems using the phase-field lattice
Boltzmann method (LBM). The mesoscopic nature of fluid interface makes the lattice …

The stability conditions of a two-dimensional gravity-driven flow of a thin layer of a power-
law fluid flowing over a heated, uneven, inclined porous surface are investigated. A two …

The research objective of this paper is to obtain an efficient space engine chamber wall
adherent kerosene blow-off solution, the research methodology uses computational fluid …

We study the fingering instability in a droplet simultaneously induced to spread by a
surfactant and temperature. The use of the lubrication approximation yields coupled …

A liquid film coating a cylindrical substrate is unstable to interfacial disturbances governed
by Rayleigh-plateau instability. These initial disturbances grow in time and, beyond …

A mathematical model is established to investigate a vertical gravity-driven drainage flow
containing a soluble surfactant when considering the effect of wall slip. The lubrication …

Properties of porous mediums have significant impacts on the spreading pattern of falling-
film along a vertical heated wall. In this paper, we investigate the combined effect of porosity …

The surface tension of a self-rewetting fluid (SRF) has a nonmonotonic variation with the
increase of temperature, implying potential applications in many industrial fields. In this …