The heat pipes are two-phase passive thermal transport devices that showcase appreciable
prospects across a wide range of heat transfer systems. The thermal performance …

The present work deals with an experimental study of the performance of an evaporative
cooling tower (ECT) with a developed fill pack. The fill pack consists of inclined-corrugated …

This paper reports on numerical simulations of passive cooling of an electronic component.
The strategy is based on the fusion of a nano-enhanced phase change material (NePCM) by …

This paper is a case study on a thermal protection system in a combustion chamber of a
ramjet. A multilayer passive thermal protection system (MPTPS) with carbon-phenolic …

To clarify the effect of the cooling water salinity on the cooling performance of natural draft
wet cooling tower (NDWCT) and relevant impact mechanisms, a three-dimensional (3D) …

Modern types of cooling towers for cooling liquids include hybrid type units making it
possible to effectively remove heat from process equipment while meeting environmental …

High-capacity and efficient cooling of the circulating water is an urgent task for modern
industrial enterprises. A hybrid cooling tower has been developed to cool the circulating …

In order to improve the performance of Air Cooled Condensers and reduce power plants'
water dependence, air-side heat transfer and pressure-drop experiments were performed …

This work conducts a multiphase multi-physics numerical study on this mixed mode cooling
system, where evaporation of a liquid water film augments the convective cooling by …

A perfectly still water surface is an ideal hypothesis that is rarely encountered in real-world
applications. It is impossible to find an open surface of water without any disturbance or …