Pertaining to the mixing of the non‐Newtonian Carreau fluid under electrokinetic actuation
inside a plane microchannel, we propose a new design of micromixer that involves inserting …

In microchannels where there is a change in the direction of flow, the difference in path
length between the inner and outer walls or boundaries can play an effective role in …

In the current study, we numerically analyze the significance of motile microbes on the
magnetohydrodynamic steady convective streams of tangent hyperbolic (TH) nanofluid flow …

Viscoplastic fluids flow through a microfluidic channel having a built-in two-part cylinder
inside, while the upstream and downstream parts of the cylinder bear the surface potential of …

The mixing efficiency and electro-osmotic flow enhancement over a hydrophobic structured
microchannel with nozzle-diffuser under an external electric field is studied. The interfacial …

Purpose The purpose of this study is to investigate heat transfer and electrokinetic non-
Newtonian flow in a rectangular microchannel in the developed and transient states …

In this work, a theoretical analysis for the streaming potential and the electro-kinetic energy
conversion (EKEC) efficiency of the viscoelastic fluid in a circular microchannel driven by …

This paper presents a numerical investigation of electro-osmotic flow in heterogeneous
microchannels employing the approximate Helmholtz-Smoluchowski model in which the …

Microfluidic devices are increasingly utilized in numerous industries, including that of
medicine, for their abilities to pump and mix fluid at a microscale. Within these devices …

One approach to achieve a homogeneous mixture in microfluidic systems in the quickest
time and shortest possible length is to employ electroosmotic flow characteristics with …