With a focus on biochemical applications and utilizing relevant physical properties, the
current study numerically analyzes the impact of electroosmotic vortex and fluid rheology on …

Development of effective technologies for mixing viscoelastic solutions with reagents is still a
challenge, which plays an important role in the fields of disease diagnosis, water …

We analytically investigated the electroosmotic flow characteristics of complex viscoelastic
liquids within a charged hydrophobic microchannel, considering the pH and salt …

In this paper, the electro-osmotic flow (EOF) of two immiscible fluids through an electrically
actuated micro-slit with a non-linear slip-dependent zeta potential is considered. The main …

The study explores anisotropic flow behavior in microchannels, which is crucial for
advancing microfluidic rectifiers. Specifically, the investigation focuses on the directional …

Electrokinetic flows driven by electro-osmotic forces are especially relevant in micro and
nano-devices, presenting specific applications in medicine, biochemistry, and miniaturized …

This study analyzes the impact of slip-dependent zeta potential on the heat transfer
characteristics of nanofluids in cylindrical microchannels with consideration of thermal …