The center of interest of this research study is to unfold the phenomena in the electric double
layer (EDL) adjacent to the indicted peristaltic wall and its impact on a peristaltic transport of …

Following the relevance and significance of blood transporting copper, gold, and titania
nanoparticles through the diverging/converging ciliary micro-vessel in biomedical and …

Objective The primary purpose of this article is to undertake a mathematical investigation
into the electro osmotically thermally driven transport of solute particles, which are typically …

Cilia-regulated micro-scale transit via assorted micro and nanofluidic devices that employ
EDL phenomena dictates drugs and physiological constituent delivery. Stirred by these …

The novelty of nanoparticles in transferrals of medications and biological fluids via
electrokinetic mechanism has been competently recognized. Due to the impressive role of …

This study examines the behavior of single-walled carbon nanotubes (SWCNTs) suspended
in a water-based ionic solution, driven by the combined mechanisms of electroosmosis and …

Nanofluid consideration has been magnified due to their exceptional heat transfer
characteristics and prospective applications in engineering and medical sciences after the …

The entropy of hybrid nanofluids flow driven by cilia beating is examined theoretically in this
study. To control the cilia induced transport, electroosmosis and magnetohydrodynamics are …

Biomimetic propulsion mechanisms are increasingly being explored in engineering
sciences. Peristalsis is one of the most efficient of these mechanisms and offers …

This paper aims to analyze the electroosmotic flow of non-Newtonian ionic nanoliquids in
presence of peristaltic propulsion. A geometric model is employed for a microfluidic tapered …