The progress in additive manufacturing (AM) sector has transformed the ways in which heat
exchangers (HXs) can be fabricated. The complex and freeform designs which could not be …

The thermal energy exchange between a flowing fluid and its confining channel is a
ubiquitous process in modern society. To enhance the fluid-to-wall or wall-to-fluid heat …

It is widely accepted that gas porosity and lack-of-fusion flaws can degrade both static and
dynamic mechanical performance of additively manufactured components, limiting the use …

This paper reviews advanced heat transfer devices utilizing advanced manufacturing
technologies, including well-established thermal management applications. Several factors …

Products with functional fluid channels can transfer mass or energy and have been widely
used in various fields, including aerospace, robotic, and biomedical applications. The …

Heat exchangers (HXs) are crucial engineering components for thermal management. The
broad range of applications and the current limits of traditional manufacturing techniques …

Additive manufacturing (AM) technology has significant potential to improve heat exchanger
(HX) performance through incorporation of novel geometries and materials, but there is …

Microchannel heat sinks are capable of removing dense heat loads from high-power
electronic devices with low thermal resistance, but suffer from high pressure drops due to the …

Pin fin heat exchangers represent a common, viable means of kee** components cool
and are widely used for electronics cooling and turbine airfoil cooling. Advancements in …

Abstract Three-dimensional (3D) printing, known as additive manufacturing, provides new
opportunities for the design and fabrication of highly efficient industrial components. Given …