Thermal management of modern micro-and high-power electronic systems has become a
progressively challenging problem due to current trends in miniaturization and increased …

The study of shear-thinning non-Newtonian fluids in T-junction parallelized microchannels
provides valuable insights into the emulsification process and droplet generation …

Liquid-liquid flow through compact geometries has been gaining importance in recent time.
It is encountered in the pharmaceutical industry and fine chemicals industry where high …

The multi-phase microflow hydrodynamics plays a significant role in the design of
microreactors. The effects of two-phase viscosity on the hydrodynamics of liquid–liquid slug …

Further development of microfluidics devices that reply on liquid-liquid droplet flows,
requires a thorough understanding of the parameters influencing droplet velocity. This study …

Capillary microreactors have shown superior performance as a result of the precise control
of reaction parameters, contact time, shape and size of the interface between gas and liquid …

The hydrodynamics of liquid–liquid slug flow with various fluid systems were investigated,
aiming at revealing the viscous effects of both phases. The operation range, droplet …

Fluids containing polymers are frequently utilized in the chemical industry and exhibit shear-
thinning characteristics. The flow distribution of non-Newtonian fluids in parallelized …

The microemulsion method is limited due to low productivity. Using Carbopol gel (0.05%,
0.13%, 0.2%) and mineral oil as dispersed phase and continuous phase respectively (3≤ Q …

A comprehensive understanding of the underlying phenomena (coupled fluid flow, charge
transfer, mass transfer and chemical reaction) is fundamental for a proper design, analysis …