Thermal management of modern micro-and high-power electronic systems has become a
progressively challenging problem due to current trends in miniaturization and increased …

MEMS-based micro heat pipes (MHPs), as a novel heat pipe technology, is considered a
promising choice for thermal management applications in microelectronic circuits …

The thermal behavior of Pulsating Heat Pipes (PHPs), which is inherently time-dependent,
could also significantly change from local position to local position. Hence, the evaluation of …

Abstract Effect of double cross sectional ratio on performance characteristics of pulsating
heat pipes is experimentally investigated. The cross sectional ratios in the evaporator and …

Background: By developing high-tech instruments, especially digital devices, a need to have
efficient and compact cooling is of crucial importance. In the current study, heat transfer …

The unique thermal properties and flexible design of pulsating heat pipes (PHP) offer
opportunities for relatively lightweight, low-cost, and reliable phase-change thermal …

The heat transfer performances of a pulsating heat pipe (PHP) with ethanol–water, ethanol–
methanol and ethanol–acetone are investigated experimentally. The mixing ratios (MRs) of …

In the present study, combined influence of filling ratio, geometry, inclination angle and
heating power on heat transfer characteristics of the pulsating heat pipes (PHPs) are …

Generally, the oscillating heat pipe (OHP) diameter should be kept below a specific critical
size. As a result, the working fluid forms a vapor-liquid slug train under the capillary action …

The thermal performance of an asymmetric single-turn closed-loop pulsating heat pipe
(aCLPHP) has been investigated experimentally. In an asymmetric closed-loop, the working …