Controlling surface wettability and directing the flow of working fluids have crucial
implications in various natural and engineering contexts. Understanding the fundamental …

Subatmospheric flow boiling heat transfer is a promising method for electronics cooling due
to lower saturation temperatures. However, pressure is a crucial parameter that affects …

Flow boiling in a mini-channel with graphene-coated sintered porous copper surface was
investigated at sub-atmospheric pressures by analyzing bubble motion and flow patterns. A …

Surface properties have a crucial effect on advancing boiling heat transfer (BHT). This study
proposes a porous microgroove-structured surface fabricated via copper powder sintering …

Electronics cooling applications require a high cooling performance due to increasing power
consumption. Phase change heat transfer is a popular approach for offering high heat flux …

Solar-driven interfacial evaporation is an efficient and viable solution for providing
freshwater, especially in remote areas that utilize sunlight for water purification and …

The multi-scale hybrid surface can significantly enhance the boiling heat transfer efficiency.
This review aims to provide an overview of the boiling heat transfer process, research …

This study explores the nuanced interplay between surface wettability and morphology in
nucleate boiling heat transfer. Surfaces with identical microstructures but varying wettability …

Bubble dynamics and flow dynamics are crucial for understanding the heat transfer
mechanisms in small-scale flow boiling and can be manipulated with surface modification to …

Ice formation significantly hinders human productivity and daily life. Photothermal de-icing
materials offer a promising solution for solar energy applications. Anodized Al oxide foils …