Heat sinks are considered as heat exchangers employed to cool high-temperature devices
such as electronic components. They can significantly improve heat dissipation from the …

This paper investigates the effect of perforation shape or geometry on the heat transfer of
perforated fins. The type of heat exchanger used is heat sink with the perforated fins under …

Background This study analyses turbulent flow and heat transfer characteristics of a three-
dimensional perforated finned heat sink using computational fluid dynamics (CFD) and …

The benefits of multiple perforations and slots in a plate-fin heat sink are investigated using
a conjugate heat transfer model and complementary experimentation. Heat transfer and …

The main objective of this experimental study is to quantify and compare the natural
convection heat transfer enhancement of perforated fin array with different perforation …

The current work investigates the heat transfer enhancement of heat sink using perforated
pin fins with linear and staggered arrangement. Pin fins of various shapes with different …

In the present study, the thermal performance of an air-cooled, flat-plate heat sink in forced
convection was performed using a three-dimensional analytical model. To validate the …

Heat sinks are widely adopted as heat transfer boosters for their role in promoting heat
transfer surface area. To enhance the thermal behaviour of heat sinks under forced …

A heatsink's thermal and hydraulic performance can be optimized by making several
modifications in the geometry. Modifying the heatsinks usually increases the weight by …

In the current paper, the effect of an inclined slotted plate-fin mini-channel heat sink with
triangular pins on laminar convection heat transfer and fluid flow was numerically …