A review on acoustic field-driven micromixers is given. This is supplemented by the
governing equations, governing non-dimensional parameters, numerical simulation …

The present work proposes a planar micromixer design comprising hybrid mixing modules
of split-and-recombine units and curved channels with radial baffles. The mixing …

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

This paper deals with design, simulation, fabrication, analysis of mixing efficiency and thin
film bonding stability of the micromixer devices with different flow rates used for lab on chip …

Static mixers with low-pressure drops have been used for mixing in many biomedical and
chemical applications. This study evaluates fluid flow with hydrothermal mass transfer in two …

Micro elastofluidics is a transformative branch of microfluidics, leveraging fluid-structure
interaction (FSI) at the microscale to enhance the functionality and efficiency of various …

Micromixers are used for mixing of multiphase fluids in microchannels. Passive micromixers
help in mixing of fluids by having a designed periphery in their structure. In the current study …

Microreaction technologies are employed in various applications like space propulsion,
atomization, drug delivery and in lab-on-chip applications. Mixing index measurement in …

Lab-on-a-chip applications have necessitated the optimal design of the micro mixer, which is
an important component of micro fluidic systems. Reynolds numbers in such micro mixers …

Liquid tanks are indispensable members of civil engineering structures like liquidpetroleum
gas storage tanks and aerospace structures. Fluids can act unpredictablyunder earthquake …