Add to ORKGWicking and thermal characteristics of micropillared structures for use in passive heat spreader
Due to the character of the original source materials and the nature of batch digitization, quality ...
International audienceMiniature heat pipes are considered to be an innovative solution able to dissi...
In this paper, the experimental performance of a SS304 heat pipe under natural and forced convect...
The thermal and hydrodynamic performance of passive two-phase cooling devices such as heat pipes and...
The thermal and hydrodynamic performance of passive two-phase cooling devices such as heat pipes and...
The thermal and hydrodynamic performance of passive two-phase cooling devices such as heat pipes and...
The authors have developed a new type of heat spreader based on the integration of heat pipes direct...
A mathematical model is developed for predicting the thermal performance of a flat micro heat pipe w...
A low-cost, flexible pulsating heat pipe (PHP) was built in a composite polypropylene sheet consisti...
Heat pipes with a wick material consisting of small diameter metal fibres of 12 μm are investigated....
Heat pipes are increasingly used to manage heat dissipations in electronic products. In a novel desi...
A numerical model for transport in flat heat pipes considering wick microstructure effect
This study proposes three composite wick structures (copper power or mesh sintered on grooved tube),...
Thermal management is an important consideration for many technologies, ranging from electronic devi...
The thermal efficiency limitation of the Flat-plate Micro Heat Pipe (FMHP) is a major challenge in t...
Due to the character of the original source materials and the nature of batch digitization, quality ...
International audienceMiniature heat pipes are considered to be an innovative solution able to dissi...
In this paper, the experimental performance of a SS304 heat pipe under natural and forced convect...
The thermal and hydrodynamic performance of passive two-phase cooling devices such as heat pipes and...
The thermal and hydrodynamic performance of passive two-phase cooling devices such as heat pipes and...
The thermal and hydrodynamic performance of passive two-phase cooling devices such as heat pipes and...
The authors have developed a new type of heat spreader based on the integration of heat pipes direct...
A mathematical model is developed for predicting the thermal performance of a flat micro heat pipe w...
A low-cost, flexible pulsating heat pipe (PHP) was built in a composite polypropylene sheet consisti...
Heat pipes with a wick material consisting of small diameter metal fibres of 12 μm are investigated....
Heat pipes are increasingly used to manage heat dissipations in electronic products. In a novel desi...
A numerical model for transport in flat heat pipes considering wick microstructure effect
This study proposes three composite wick structures (copper power or mesh sintered on grooved tube),...
Thermal management is an important consideration for many technologies, ranging from electronic devi...
The thermal efficiency limitation of the Flat-plate Micro Heat Pipe (FMHP) is a major challenge in t...
Due to the character of the original source materials and the nature of batch digitization, quality ...
International audienceMiniature heat pipes are considered to be an innovative solution able to dissi...
In this paper, the experimental performance of a SS304 heat pipe under natural and forced convect...