A new cross-channel split-and-recombine (CC-SAR) micro-mixer was proposed, and its
performance was demonstrated numerically. A numerical study was carried out over a wide …

This study focuses on computational analysis for the improvement of the tunnel ventilation
and the environmental control system of the subway by solving Reynold-averaged Navier–…

A passive micromixer combined with two different mixing units was designed by submerging
planar structures, and its mixing performance was simulated over a wider range of the …

Subways are used widely for public transportation in major cities and require efficient
ventilation systems to maintain indoor air quality in the subway tunnel. A subway tunnel was …

A novel passive micromixer based on multiple baffles and a submergence scheme was
designed, and its mixing performance was simulated over a wide range of Reynolds numbers …

A new passive micro-mixer with mixing units stacked in the cross flow direction was proposed,
and its performance was evaluated numerically. The present micro-mixer consisted of …

A novel passive micromixer based on curly baffles is proposed and optimized through the
signal-to-noise analysis of various design parameters. The mixing performance of the …

A novel passive micromixer equipped with circulation promoters is proposed, and its mixing
performance is simulated over a broad range of Reynolds numbers ( 0.1 ≤ R e ≤ 100 ). To …

We propose a novel passive micromixer leveraging STC (split-to-circulate) flow
characteristics and analyze its mixing performance comprehensively. Three distinct designs …

Subways are widely used for public transportation in major cities and require efficient
ventilation systems to maintain indoor air quality in the subway tunnel. A subway tunnel was …