The enormous heat and mass transfer phenomena in nature have led engineers to seek
solutions for heat transfer enhancement problems from nature. In a current study, a …

Water displacing oil is one of the main emptying methods for mobile pipelines. It has the
advantages of being a simple process and highly safe. At present, the determination of a …

A linear stability analysis of a pressure driven, incompressible, fully developed laminar
Poiseuille flow of immiscible two-fluids of stratified viscosity and density in a horizontal …

Spatio-temporal stability analysis of a viscosity and density stratified two-fluid flow in a
channel with hydrophobic walls, which experience a finite tangential velocity slip, is …

The electrohydrodynamic plane Couette–Poiseuille flow instability of two superposed
conducting and dielectric viscous incompressible fluids confined between two rigid …

The role of wall-slip on the soluto-Marangoni instability that emerges in a two-fluid creeping
two-dimensional Poiseuille flow is assessed within the framework of Orr-Sommerfeld …

In the present paper, the effects of a channel symmetric wall slip are investigated on the
stability of plane Poiseuille flow of a Bingham fluid, based on the modal and non-modal …

We study the role of wall slip on the stability of a two-layered plane Poiseuille flow. The
equations of motion for the base flow state are derived, and a linear stability analysis is …

The electrohydrodynamic stability of a two-layer plane Poiseuille flow has been examined
under the influence of an electric field acting normally to the unperturbed interface of two …

In the process of water displacing oil within mobile pipelines, it is common that the oil tends
to accumulate at the elevated sections of inclined pipelines, leading to an issue of residual …