Abstract
An experiment of flat plate EHD heat pipe was performed in order to investigate the maximum heat transport capahility and dry out conditions. The result indicates that relatively stable and high performance devices are possible. The EHD tent flow structures at evaporator and condenser sections were observed in order to investigate the effect of a variation of flow structures by heat transport and applied voltage on the dry out heat flux at an evaporator. The dry out of liquid flow at the evaporator caused by a variation of crosssectional area of EHD flow structure exerts a considerable effect to heat pipe performance.
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