Advances in miniaturization have led to the use of microchannels as heat sinks in industry.
Studies have established that the thermal performance of a microchannel depends on its …

Many experimental works on forced convection through micro-channels evidenced that
when the hydraulic diameter is less than 1mm, conventional theory can no longer be …

The present paper is devoted to experimental investigations of the flow and the associated
heat transfer in two-dimensional microchannels. Scaling laws pertaining to the …

Nanofluid and mini channel are two promising approaches to enhance the heat transfer
performance. The present study combined these two techniques together and investigated …

The fractal geometry theory and method are used to simulate the rough surface topography.
The pressure gradients, friction factors and Poiseuille numbers for laminar flow through …

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 …

This study investigates the design, construction and instrumentation of an experimental
microchannel, with a rectangular cross-section and large aspect ratio, that allows …

Compact thermal models have been constructed for different levels in electronic systems
with a variable degree of success. In this work first steps toward constructing a unifying …

Heat transfer continues to be a major field of interest to engineering and scientific
researchers, as well as designers, developers, and manufacturers. The wealth of …

Many experimental works appeared in the last decade in the open literature dealing with
forced convection through microchannels. The earliest experimental results on single-phase …