This article discussed the magneto-hydrodynamic Darcy–Forchheimer second-order velocity
slip flow model (DFSO-VSFM) through employing the scheme of Levenberg–Marquardt with …

Background Micro-scale systems depict a different flow behavior from the macro-scale
systems due to more vital surface forces such as surface tension, electrical charges …

Electroosmotic flows (EOF) in microfluidic devices can be greatly enhanced over
superhydrophobic surfaces because the high shear rates within the electrical double layer …

In this paper, we consider the electroosmotic flow (EOF) of a viscoplastic fluid within a slit
nanochannel modulated by periodically arranged uncharged slipping surfaces and no-slip …

In this article, a theoretical analysis is carried out to understand the role of electrokinetic
effect on transient natural convection flow in a vertical microchannel. By incorporating the …

In this paper, the slip length of branched hydrocarbon molecules, ie, polyalphaolefin oils,
under shear in a gap between iron surfaces were investigated utilizing large-scale …

Fluid flow through micro/nanofluidics is of utmost importance in analyzing mechanical,
biological and medical systems. Biological liquids are often electrolytes that produce …

This study has numerically investigated the charge-heterogeneity effects in the
electroviscous flow of symmetric ($1 $: $1 $) electrolyte liquid through a uniform slit …

The main aim of this research work is to establish, under fully developed conditions, an
analytical solution for viscoelastic fluids flow obeying the constitutive Phan–Thien–Tanner …

The electroviscous effects are relevant in controlling and manipulating the fluid, thermal, and
mass transport microfluidic processes. The existing research has mainly focused on the …