With fast growing power consumption and device miniaturization, micro/minichannels are
superior to macrochannels or conventional channels for high heat-flux dissipation due to …

The objective of this paper is to provide quick, complete and up-to-date reference on
governing equations applied in computational fluid dynamics (CFD) related research, along …

In the last decade there has been an exponential increase in microfluidic applications due to
high surface-to-volume ratios and compactness of microscale devices, which makes them …

Many experimental works on the forced convection through microchannels seem to show
that when the hydraulic diameter is less than 1 mm, the conventional theory can no longer …

One of the main applications of microscale flow is miniature, high-efficiency heat transfer.
The most simple and immediate solution to the problem of concentrated heat exchange is …

The friction factor plays a crucial role in evaluating pressure gradient loss for water flow
through fracture-matrix systems (FMS). This study presents a theoretical model for the FMS …

Experiments on removing high heat fluxes from GaN-on-SiC semiconductor dies using
microchannel coolers are described. The dies contain an AlGaN/GaN heterostructure …

This work presents closed form solutions for fully developed temperature distribution and
entropy generation due to forced convection in microelectromechanical systems (MEMS) in …

In this paper, a numerical analysis of the momentum and heat transfer of an incompressible
fluid past a parallel moving sheet based on composite reference velocity U is carried out. A …

For the issue of an increase in the flow temperature at the bottom of the wellbore during the
production in ultra-deep gas wells, the current completion design, the strength checks of …