This paper aims at study and analysis on species mixing performance of micromixers with
serpentine microchannels by numerical simulation and experiment in depth. Mixing …

This paper proposes a topology optimization method for modifying the zigzag micromixer to
enhancing mixing. The reverse flow in the microchannels can enhance chaotic advection …

Static mixers are widely used in various industrial applications to intensify the laminar mixing
of non-Newtonian fluids. Non-Newtonian fluids can be categorized into (1) time …

Kenics static mixers enhance mixing under laminar flow conditions. The ideal static mixer
achieves efficient mixing at a low pressure drop. A modified design of the Kenics static mixer …

The flow and mixing behavior of two miscible liquids has been studied in an innovative static
mixer by using CFD, with Reynolds numbers ranging from 20 to 160. The performance of the …

In this paper, a series of novel passive micromixers, called topological micromixers with
reversed flow (TMRF X), are proposed. The reversed flow in the microchannels can enhance …

Numerical simulations of silicone oil–water two-phase turbulent dispersion mixing in Q-type
static mixers (QSM) are performed using computational fluid dynamics (CFD) coupled with a …

Vibration on the flow system has great effects in terms of heat transfer augmentation and
uniformity in temperature across the section of circular pipe. In this paper, effect of vibration …

Mass transfer efficiency plays an important role in enzymatic biological processes,
especially for non-aqueous biocatalytic processes. In these processes, low interphase mass …

Improving the mixing performance is a crucial and widely concerned topic in microfluidic
devices for low Reynolds numbers (Re). In this paper, the mixing unit as the design domain …