The electrolyte-charged surface interface is described within the Langevin–Poisson–
Boltzmann (LPB) and Langevin–Bikerman models. It is shown that in the saturation regime …

The use of hydrophobic surfaces in electrokinetic flows results in an intricate analysis due to
the coupling of surface potential and interfacial slip which challenges their independent …

This work is a review article focused on exploring the interactions between external and
induced electric fields and fluid motion, in the presence of embedded charges. Such …

In this paper, we unravel new scaling regimes for streaming potential and electroviscous
effects in a nanocapillary with thick overlapping Electric Double Layers (EDLs). We observe …

In this work, we investigate the heat transfer characteristics of thermally developed nanofluid
flow through a parallel plate microchannel under the combined influences of externally …

The electrokinetic phenomena at high zeta potentials may show several unique features
which are not normally observed. One of these features is the ionic size (steric) effect …

In the current research, different architectures of physics-informed neural networks (PINNs)
are implemented to investigate the mixed electroosmotic pressure driven (EOF/PD) flow in …

Electroosmotic flow (EOF) in porous media has very important applications in various
scientific and engineering fields. In this article, a fractal model for the height difference …

The inclusion of the ionic size (steric) effects into the steady and locally developed
diffusioosmotic flow inside a uniformly charged slit microchannel through a theoretical …

Soft substrates, omnipresent in several fundamental processes ranging from the tribological
to biophysical, are often subjected to viscous fluid-mediated dynamic loading for their real …