Being one of the most efficient devices for passive two-phase heat transfer, pulsating heat
pipes (PHPs) exchange considerable heat powers through a small cross-sectional area …

A novel three-dimensional asymmetric oscillating heat pipe (3DAOHP) with unequal
curvature radius of upper and lower bends has been designed. Setting the basic factor of …

Enhancing high-grade and rapid thermal storage for solar energy utilization is of paramount
importance in reducing building energy consumption. Therefore, this study combines the …

Heat pipe, as a type of device with extremely high heat transfer rate, has been widely used
in latent heat storage (LHS) to alleviate the problem of poor thermal conductivity in phase …

Self-activated phase change material (PCM) wall integrated with radiative sky cooling (RSC)
is a novel wall system that uses natural energy directly for low-energy buildings to support …

Deep mine harbor substantial geothermal energy. Integrating a heat exchanger within the
backfill body mitigates thermal hazards and facilitates the concurrent extraction of mineral …

High temperatures in rotating machinery and machining processes necessitate effective
thermal management for improving efficiency. Radial rotating oscillating heat pipes (RR …

Similar to the layout of an oscillating heat pipe (OHP), a quartz hybrid heat pipe (HHP) with
an inner diameter of 5 mm, exceeding 59.7% of the capillary threshold of OHP, was …

The geometric configuration, particularly the inner tube diameter, plays a significant role in
the thermal performance of pulsating heat pipes (PHPs). Previous experimental research …

This paper presents a comprehensive numerical investigation of the performance of
pulsating heat pipes (PHPs) within nuclear reactor cooling systems. A volume of fluid (VOF) …