A wide range of existing passive micromixers are reviewed, and quantitative analyses of ten
typical passive micromixers were performed to compare their mixing indices, pressure …

Microfluidic devices have become a new trend in different fields and have attracted attention
due to their compact size and capability to deal with a small amount of fluid. Micromixing is …

In this study, we investigate a novel micromixer for numerical analysis with evolutionary
algorithm optimization, using Computational Fluid Dynamics (CFD) and Machine Learning …

High-performances micromixers are widely used in various industrial applications. Mixing in
the laminar regime and at low Reynolds numbers is of major importance in some processes …

A micromixer with unbalanced three-split rhombic sub-channels was proposed, and
analyses of the mixing and flow characteristics of this micromixer were performed in this …

Microfluidic platforms offer a variety of advantages including improved heat transfer, low
working volumes, ease of scale-up, and stronger user control on operating parameters …

ABSTRACT A new split and recombine (SAR) passive micromixer, namely the HC mixer, is
presented. The performance of the micromixer is analyzed numerically at Reynolds numbers …

Efficient and rapid mixing of fluids in continuous-flow microfluidic devices plays an important
role in a wide range of applications. Although there are many different methods to enhance …

In this work, different microfluidic passive mixer devices were designed, simulated and
realized. The mixing unit area was functionalized by microstructures, whose shapes and …

Mixing within micro-and millichannels is a pivotal element across various applications,
ranging from chemical synthesis to biomedical diagnostics and environmental monitoring …