The nanofluids have increased interest in many engineering fields due to its excellent
thermophysical properties, which can be easily used in microchannel heat sinks by many …

The present study comprises experimental investigation on heat transfer and hydrodynamic
characteristics of TiO 2 nanofluid as coolant in wavy channel heat sinks having three …

A novel interrupted microchannel with double circular pin-fins in each microchamber
(IMCDCP) is designed to combine the advantages of microchamber and circular pin-fin in …

Taking a more complex engineering geometry into account, magnetohydrodynamic natural
convection of nanofluid (Cu-water) in a wavy walled enclosure having a circular hot cylinder …

By employing the finite element method, thermophoresis and Brownian diffusion are studied
numerically relating to the natural convection in a wavy cavity that is filled with an Al 2 O 3 …

A numerical study was conducted to investigate the ability of wavy microchannels to damp
the temperature fluctuations generates in electronic devices. Five wavy patterns are …

A qualitative observation has been undergone to review the various geometries of a
microchannel that has been reported for the last two decades in literature majorly for the …

The use of pin-fins is an effective technique for improving the performance of miniature heat
sinks. Generally, this improvement is due to the larger heat transfer area as well as the …

Previous studies Razavi et al.(2015) and Sajedi et al.(2016) have shown that the use of thin
straight plates connected to pin-fins as splitters can weaken the flow separation and …

Growth in electronic devices comes with a challenge to engineers to provide proficient
cooling mechanism in order to evade performance decline. Minichannel heat sinks are one …