Recent technological advancements have led to a drastic increase in heat flux dissipation,
which is a prime factor for lower efficiency and permanent failure. Therefore, cooling …

In this study, laminar, steady-state microchannel flow and conjugate heat transfer in a
microchannel heat sink (MCHS) with micro pin-fins were investigated numerically …

This paper presents a thermodynamic analysis of a mini circular heatsink (HS). The
investigated HS features four different types with a varying number of outputs and Ag …

This manuscript is aimed at investigating the thermohydraulic characteristics of Al 2 O 3−
Cu/water hybrid nanofluid in a micro pin-fin heat sink by implementing a multiphase …

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 …

In an effort to reduce the highest temperature of electronic pieces, using high performance
cooling systems is required, and for this reason, optimization is one of the most essential …

The pin-fin is one of the main technologies in enhancing heat transfer. The accelerated flow
and vortex structures are produced, which can disrupt the development of the flow boundary …

To strengthen the fluids mixing in channels for enhancing heat transfer, a new design of
microchannel heat sink with periodic gradual-expansion and sudden-constriction cross …

This paper investigates the hydrodynamic and thermal characteristics of perforated micro pin-
fin (MPF) heat sink with different shapes and numbers of perforations under a low range …

Cavities and ribs are usually utilized in the design of microchannel heat sink systems, and
their combination may lead to the optimum overall performance. However, it remains unclear …