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, heat transfer though a porous fin with rectangular cross section is investigated.
The Darcy model is utilized to simulate heat transfer in this porous media. It is assumed that …

In present work, the square shaped micro pin fin configuration of microchannel heat sink has
been numerically investigated under different geometrical variation. Considering …

A concave-parabolic pin fin (spine) is considered within the present research. The thermal
property of the spine is exhibited to be affected by a uniform oncoming airflow in an aim at …

This article provides an in-depth overview of thermal heat sink design and optimization. Heat
transfer enhancement strategies are discussed in detail, followed by fin design trends and …

To improve the heat dissipation efficiency of the microchannel, this paper designs a
microchannel with five types of column inserts with different spiral distributions and …

Novel I-shaped pin fins have been investigated numerically to enhance the hydro-thermal
performance of a microchannel heat sink. The proposed I-shaped design reduces the …

Coolant maldistribution has obvious negative effects on the liquid cooled heat sink (LCHS)
performance. This work proposed a distribution header parametric model to improve flow …

The secondary heat transfer surface of the shovel-cut finned tube, called the flying-wing fin,
eliminates the thermal contact resistance. In the present study, the thermal-hydraulic …

A numerical study was conducted to investigate the mechanism of laminar flow and heat
transfer enhancement in an interrupted microchannel heat sink (IMCHS) with different …