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 …

Micromixing devices often utilize complex architectures to mix miscible liquid streams and
can be complex and expensive to fabricate. Here, we developed, built, experimentally …

Topology optimization method is applied to a contraction–expansion structure, based on
which a simplified lateral flow structure is generated using the Boolean operation. A new …

This paper presents a joint state and parameter estimation method for aircraft engine
performance degradation tracking. Contrast to previously reported techniques on state …

Efficient mixing is one of the keen interest of many bioengineering and chemical
engineering processes. In this work, we designed an efficient micro-mixer with viscoelastic …

In recent times, microfluidic systems have emerged due to their multifunctional benefits
including a higher degree of process intensification. The existence of the slug flow regime in …

Microfluidics plays a vital role in managing microscale chemical processes, particularly in
reactions with rapid kinetics and exothermic conditions, where laminar flow can result in …

The most biofluids/polymers, which are extensively used in lab-on-a-Chip devices exhibit
non-Newtonian characteristics, whose mixing behaviors become crucial for the most …

Viscoelastic fluids are now becoming promising candidates of microheat exchangers'
working medium due to the occurrence of elastic instability and turbulence at microscale …

A novel passive micromixer, denoted as the YY mixer, based on split-and-recombine (SAR)
principle is proposed and studied both experimentally and numerically over Reynolds …