Plate heat exchangers have been widely applied in numerous industrial applications since
their first commercial exploitation in the 1920s. Enhancing the thermal-hydraulic …

The objective of this article is to study the work carried out in heat transfer augmentation
using active and passive techniques. A comprehensive summary of the work is highlighted …

Recent advances in additive manufacturing (AM) have driven the development of triply
periodic minimal surfaces (TPMSs) for application in heat exchangers (HXs). Although a …

A plate heat exchanger (PHE) is a modern, effective type of heat transfer equipment capable
of increasing heat recuperation and energy efficiency. For PHEs, enhanced methods of heat …

Ammonia (R717) is widely deemed to be the potential working fluid of the ocean thermal
energy conversion (OTEC) system. To further improve the performance of OTEC Rankine …

The development of innovative heat exchangers with improved heat transfer performance is
an important concern for heat transfer applications. The use of passive techniques such as …

The study aims to investigate experimentally the heat transfer, friction factor, and thermal
performance of plate heat exchanger when Fe 3 O 4–SiO 2/water hybrid nanofluids works as …

The heat transfer characteristic of supercritical CO 2 is an essential research topic due to its
significant influence on the performance of heat exchangers and systems. In this paper, the …

Integration of energy recovery section with thermal desalination systems improves their
performance from thermodynamics, economics, and environmental viewpoints. This is …

Upgrading the performance of the heat exchanger by ameliorating the thermal properties of
the working fluid can be achieved by mixing nano-sized solid particles with the base fluid …