In this work, experimental and three-dimensional numerical study is performed on single
phase liquid flow in two scenarios: heated diverging and heated converging microchannel …

In this research work, we present a simple and efficient passive microfluidic device for
plasma separation from pure blood. The microdevice has been fabricated using …

The recent cases of COVID-19 have brought the prospect of and requirement for point-of-
care diagnostic devices into the limelight. Despite all the advances in point-of-care devices …

In recent times, microheaters have gained a vast range of attention due to their universal
existence in most research domains such as healthcare, pharmaceutical, clinical, electrical …

A three-dimensional computational module is undertaken to assimilate the hydrothermal
transport phenomena and performance characteristics of a single-phase laminar flow …

This review focuses on flow sensors in microfluidics specific to on-chip detection inside a
microchannel. These sensors are distinct from external, off-chip flow sensors that are often …

The use of porous media (PM) to improve conductive heat transfer has been at the focus of
interest in recent years. Limited studies, however, have focused on heat transfer in radial …

In this paper, the fluid flow and heat transfer characterizations in trapezoid shaped
microchannel with H1 (axially constant heat flux and circumferentially constant temperature) …

Abstract Direct simulation Monte Carlo (DSMC) method with simplified Bernoulli trials (SBT)
collision scheme has been used to study the rarefied pressure-driven nitrogen flow through …

The potential of diamond and hourglass microchannels from the second law perspective is
explored to amplify the effectiveness of the thermal device for various thermodynamic …