The magnetic turbulator and electromagnetic vibration (EMV) methods have recently been
employed to enhance heat transfer in heat exchangers. This method involves placing a …

To enhance thermal-hydraulic performance by rising the heat transfer rate with reasonable
pressure loss, heat transfer augmentation methods should be considered in the heat …

This study aims to investigate experimentally heat transfer improvement in the longitudinal
and circumferential direction and pressure drop of distilled water when flowing inside deep …

In the current study, the heat transfer characteristics of a novel design microchannel with a
wavy sinusoidal convergent-divergent wall structure featuring streamlined pins have been …

This study investigates the combined use of helically coiled tubes and corrugated surface
structures as two different heat transfer enhancement techniques. Both the curvature ratio …

Heat exchangers have a very wide range of applications in many industrial fields, so the
rational design and the performance are to improve the heat exchanger energy efficiency …

Concentric tube heat exchangers are vital in various industrial applications, including
chemical, process, energy, mechanical, and aeronautical engineering. Advancements in …

Ice slurry has been widely used in the field of building air conditioning because of its high
energy storage density. The helically coiled tube heat exchangers (HCTHXs) utilizing ice …

The present study investigated the impact of various parameters on pressure drop, Nusselt
number, and friction factor in grooved annular channels, which have practical applications in …

This study presents a detailed multi-objective optimization analysis of turbulent flow and
heat transfer within a twisted tri-lobed tube, employing an integrated approach that …