Shintaro Hayakawaa
, Takashi Fukuea,*,†
, Yasuhiro Sugimotoa
, Wakana Hiratsukab
, Hidemi Shirakawac
, Yasushi Koitod
Frontiers in Heat and Mass Transfer, Vol.18, pp. 1-9, 2022, DOI:10.5098/hmt.18.29
Abstract This paper describes the effects of a combination of rib and pulsating flow on heat transfer enhancement in an mm-scale model that simulates the
narrow flow passages in cooling devices of downsized electronic equipment. This research aims to develop a novel water cooling device that increases
heat transfer performance while inhibiting pumping power. Our recent study has reported that a combination of pulsating flow and rib could enhance
heat transfer performance relative to the simple duct. In the present study, to verify the optimal rib height for improving heat transfer by pulsating flow,
we evaluated the relationship between heat transfer… More >
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