This paper focuses on computational and experimental analysis of a simple serpentine
microchannel without obstacles and serpentine microchannel with semicircular obstacles of …

Abstract The Corning Advanced-Flow TM Reactor (AFR) whose productivity is ready for
scale-up with limited loss of transport properties was implemented in the continuous …

In real-life mechanical engineering applications, it is often complex to achieve an optimal
multi-objective design, because of the costs related to fabrication and test of different …

The present work elucidates the design and performance analysis of a three-dimensional
microchannel for its capability in mixing two different liquids. Present studies are based on …

The interest in static T-junction micromixers has increased in recent years due in part to their
compact design, high area-to-volume ratio, and the absence of moving parts. The …

The main objective of this work is to enhance the micromixing of different species
transported through the electrokinetic mechanism applicable in lab-on-a-chip devices used …

A micromixer is a new type of chemical engineering equipment used to intensify the mixing
process. This article provides details on flow regimes in microchannels with a complex …

This paper numerically investigates the mixing characteristics of an Oldroyd-B fluid flowing
through a micro-channel having discrete electrodes along its walls driven by both …

Improvement of the mixing quality of low Reynolds number flows in micro-dimensional
devices is essential. This paper investigates the optimization of the effective parameters and …

The optimization of a mixing unit by means of CFD (computational fluid dynamics) and RSM
(response surface methodology) is presented in this work. The starting geometry is the one …