This research investigates block-type heat sinks in different configurations, departing from
the conventional circular cross-section pin-type heat sinks commonly found in literature. The …

As the characteristic size continue to decrease and integration and output power continue to
increase, the heat flow density of electronic chips and the risk of thermal failure increase …

Red mud consists of valuable metal oxides as part of its chemical composition. This
research investigates the use of water-based red mud nanofluids in circular copper tube …

This comprehensive review focuses on various dimensions of nanoparticle toxicity,
emphasizing toxicological characteristics, assessment techniques, and examinations of …

This paper concerns an economic and exergetic efficiency analysis of a plate heat
exchanger placed in a solar installation with TiO2: SiO2/DI: EG nanofluid. This device …

Due to the high miniaturization of electronic devices, there is an urgent need to eliminate
high heat flux in electronic devices and improve their heat transfer characteristics. This …

Effective thermal management and temperature regulation are crucial for the optimal
performance and safety of miniaturized modern electronic, electrical, and electrochemical …

To promote the thermal performance of the mini-channel heat sink (MCHS), a novel MCHS
equipped with double square wire coils (DSWC) is designed. The effects of helix direction …

This numerical research study focuses on impacts of using twisted rib geometry on the
hydrothermal performance and entropy generation characteristics of biologically …

The key considerations in develo** heat sinks for the thermal management of electronic
devices are enhancing heat transfer and minimizing entropy generation. This study aims to …