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) …

Thermal and hydraulic performance of laterally perforated-finned heat sinks (LA-PFHSs)
operating in the laminar flow regime were experimentally investigated and compared to that …

An analytical model is proposed to predict the average Nusselt numbers of laterally
perforated-finned heat sinks (LA-PFHSs) with high aspect ratios in forced convection laminar …

Experiments were performed to investigate pressure drop and forced convection heat
transfer from laterally perforated-finned heat sinks (LA-PFHSs) across a wide range of flow …

Rapid increases in the power density of electronic devices have resulted in a challenge of
develo** lighter cooling systems to dissipate larger amounts of heat compared with …

Thermal management of the new generation's high performance electronic and mechanical
devices is becoming important due to their miniaturization. Conventionally, the plate fin …

The effect of the number of channels in a liquid cold plate (CP) on the cooling capability of
the CP was investigated through three-dimensional simulation of laminar flow and heat …

Forced convection thermal performances of perforated-finned heat sinks (PFHSs) across
different flow regimes are experimentally studied and results are compared to those for a …

Active air-cooled heat sinks are among the most commonly used thermal management
solutions in broad applications. Although reducing the thermal resistance of a heat sink is …

From the past decades, a vast amount of research is going on to find the cooling solutions
for electronics involving numerous applications. In various sectors such as CPU coolers …