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 …

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

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 …

The present paper examines turbulent flow and heat transfer characteristics of a three-
dimensional laterally perforated finned heat sink (LPFHS) using response surface …

This work is an extensive numerical study of the heat dissipation and cooling of a heat-
generating vertical base using corrugated fins. The overall objective is to improve the heat …

In this paper, slit fin with lateral perforations are presented and the optimal parameters of the
perforation on the silt fin are determined. The effects of the three design parameters of …

Abstract Machine learning-based models using Artificial Neural Network (ANN) and greedy
search algorithm are used to optimize air-cooled parallel plate-finned heat sinks (PPFHSs) …

With the increase of high-power electrical components in modern ships, especially fully
electric ships with electric propulsion drive (EPD), the cooling of EPD electrical components …

Under laminar natural convection conditions, the optimum design of a perforated branching
fin for electronic cooling application is numerically investigated. Circular perforations with …

In the current study, CuO nanoparticles were dispersed in a mixture of Ethylene Glycol-
Water (60/40 wt.%) to prepare stable nanofluid in different concentrations (0.05− 0.8 vol.%) …