The heat pipes are two-phase passive thermal transport devices that showcase appreciable
prospects across a wide range of heat transfer systems. The thermal performance …

Improving heat transfer limit of heat pipe is important for their application in high-power
equipment system. Shear stress at the liquid–vapor interface affects the heat transfer …

Heat pipes (HPs) play a pivotal role in efficiently managing the thermal challenges posed by
high heat flux devices. To facilitate their operation at extremely low temperatures …

In this current investigation, two metal foams (stainless steel) were treated and cleaned to be
modified into superhydrophilic and superhydrophobic surfaces. The surface modifications of …

The integration of heat pipes as a passive thermal management system for nuclear reactors
has been proposed as it provides the advantages of compact design, reliability, efficient heat …

The nano-structure enhanced pooling boiling at standard atmosphere has been fully studied
in literature but it is rarely investigated under low pressure. However, the boiling behaviors …

High power electronics require ultra-thin heat pipe (UTHP) with more efficient heat transfer
capabilities to meet thermal management challenges. And the design of the wick structure is …

This study investigates the impact of wick structures on heat pipe performance by optimizing
the balance between effective pore radius and permeability for efficient heat dissipation. It …

Using heat pipes (HPs) is an effective method for heat dissipation to overcome the challenge
about the rising power density of the permanent magnet synchronous motor (PMSM). Using …

The ultrafast water permeation property of graphene nanoplatelets (GNPs) synergically
enhances the evaporation and water circulation processes in a micro heat pipe (MHP). An …