The interfacial convection in multilayer systems is a widespread phenomenon that is of great
importance in numerous branches of technology, including chemical engineering, space …

In this paper, a two-dimensional double diffusive natural convection in a porous cavity filled
with viscoplastic fluids is simulated. The dimensional and non-dimensional macroscopic …

This work examines the impact of an unchanged longitudinal electric field and the ambient
gas on the EHD instability of an Oldroyd-B fluid in a vertical cylinder, where the system is …

The objective of the present study tackles the Electrohydrodynamics (EHD) stability of two
superposed horizontal liquids, where the upper layer is occupied by a perfect gas and the …

A numerical study is presented for the thermo-free convection inside a cavity with vertical
corrugated walls consisting of a solid part of fixed thickness, a part of porous media filled …

A gravity-driven falling film on a saturated porous inclined plane is studied via a continuum
approach, where the liquid and porous layers are considered as a single composite layer …

This paper investigates the double–diffusive natural convection in partially layered square
cavity. The cavity composed of porous layer on the left and fluid layer on the right. A …

Studies of the nonlinear stability of fluid/porous systems have been developed very recently.
A two-domain modelling approach has been adopted in previous works, but was restricted …

We present a numerical study of convection in a horizontal layer comprising a fluid-saturated
porous bed overlain by an unconfined fluid layer. Convection is driven by a vertical …

In this paper, we develop a thermo-mechanical model for flows in superposed porous and
fluid layers with interphasial heat and mass exchange. This model is based on a mixture …