Heat sinks are a type of heat exchanger that is utilized to cool electronic devices. The study
was focused on improving the hydrothermal performance of multi-mini-channel (MMCHS) …

To enhance the performance of microchannel heat sinks, secondary channels or ribs are
oftenused separately. However, the synergistic enhancement of heat dissipation by …

For dissipating the increasing heat in high flux microelectronic device, an original
microchannel heat sink with staggered triangular ribs induced vortex flow is designed. In this …

It is highly desired to efficiently dissipate the high heat flux generated in electronics. A novel
hybrid microchannel heat sink combining manifold with secondary oblique channels (MMC …

A numerical study was conducted aiming to examine the hydrothermal performance of a
heat sink having hemispherical pin fins (HSPFs) under fully turbulent flow conditions and to …

The manifold microchannels (MMC) plays an essential role as an efficient method for heat
dissipation in electronic devices. In this study, the flow and heat transfer characteristics of …

Inefficient distributor and collector header design in a minichannel heat sink causes flow
maldistribution which can severely degrade the thermal and hydraulic performance of the …

In the present work, a new fin shape is proposed to improve the convective heat transfer in
heat sinks and to reduce their weight. The problem under consideration is a natural …

Mini-channel heat sinks are popular in cooling high heat flux devices due to the high
convective heat transfer performance associated with moderate pressure drop penalty. It is …

The contributions of Al 2 O 3 nanoparticles and nanoencapsulated PCM particles for
enhancing the heat transfer in the rectangular mini-channel heat sink are compared in this …