Metal foams offer a promising solution for enhancing boiling heat transfer in renewable and
sustainable energy systems through their high surface area, numerous nucleation sites, and …

Pool boiling is a critical phase change process in numerous applications, such as
desalination, heat exchange, geothermal utilization, power production, solar water heating …

The heat transfer performance of shallow liquid boiling differs from that of deep liquid boiling
owing to distinct bubble venting mechanisms. Since the liquid level is of the same order of …

The increased demand of high heat flux dissipation in the thermal management systems
necessitates the use of phase change process of boiling. However, the maximum heat flux in …

Boiling is an effective heat transfer method that uses the latent heat of phase change to
dissipate a high heat flux at a small temperature difference. It has many applications in the …

Phase change heat transfer, crucial in thermal management systems, can be significantly
enhanced through optimized surface structures. This study investigates pool boiling heat …

Metallic foams have become a cutting-edge solution for many thermal management
problems. These are of interest by thermal research community because of the cellular …

This study presents a novel design of a superhydrophobic conical copper surface,
ingeniously incorporating microgroove structures. This innovative approach is meticulously …