The present review (with 205 refs.) addresses the need for microdevices, presents the basic
microfluidic equations and describes the relevant numerical and experimental approaches …

Microfluidic-based mixing methods have aroused increasing attention due to their
tremendous potential in bio-related and materials science fields. Achieving mixing based on …

Experimental and numerical investigations on the mixing quality of a novel micromixer are
conducted. A micromixer made by PDMS is fabricated to evaluate the mixing process in …

A novel spiral micromixer with sinusoidal channel walls was designed to enhance the
mixing index in the low to intermediate Reynolds number range (1< Re< 100). To analyze …

Background A three-dimensional simulation has been conducted to study the impact of the
hydrophobicity of surfaces on heat transfer, hydrodynamics, and entropy generation of a non …

Micromixers are inevitable components in microfluidics, micro-electro-mechanical devices,
and numerous bio-chemical assays. By assays, we mean diverse analytical procedures …

High-performance micromixers play a crucial role in diverse industrial applications. Utilizing
chaotic advection as a well-established technique improves mixing efficiency due to the …

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 …

We investigate the mixing and hydrodynamic characteristics computationally for a pure
electroosmotic flow of non-Newtonian fluid through a nonuniformly charged micromixer with …

This paper presents the numerical and experimental study on mixing enhancement in a
novel electro-osmotic micro-mixer in the presence of AC and DC electric fields. PDMS is …