Organization
Institutes of Innovation for Future Society Designated associate professor
Title
Designated associate professor
Contact information
Homepage
WATANABE Noriyuki
Degree 1
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博士（工学） （ 2009.3 東京工業大学 ）
Papers 7
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High-performance energy-saving miniature loop heat pipe for cooling compact power semiconductors Reviewed
Watanabe Noriyuki, Mizutani Takuji, Nagano Hosei
ENERGY CONVERSION AND MANAGEMENT Vol. 236 2021.5
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高発熱機器冷却に向けた小型ループヒートパイプの開発と熱輸送性能の評価 Invited Reviewed
渡邉紀志，水谷琢志，角江政俊，西川博，髙田隆裕，長野方星
混相流 Vol. 35 ( 1 ) page： 150 - 158 2021.3
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Development of a loop heat pipe with kW-class heat transport capability Reviewed
Aono Yoshitada, Watanabe Noriyuki, Ueno Ai, Nagano Hosei
APPLIED THERMAL ENGINEERING Vol. 183 2021.1
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Flat-evaporator-type loop heat pipe with hydrophilic polytetrafluoroethylene porous membranes Reviewed
Phan Nguyen, Watanabe Noriyuki, Saito Yuki, Hayashi Shota, Katayama Naoki, Nagano Hosei
PHYSICS OF FLUIDS Vol. 32 ( 4 ) 2020.4
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Operating characteristics of an anti-gravity loop heat pipe with a flat evaporator that has the capability of a loop thermosyphon Reviewed
Watanabe Noriyuki, Nguyen Phan, Saito Yuki, Hayashi Shota, Katayama Naoki, Nagano Hosei
ENERGY CONVERSION AND MANAGEMENT Vol. 205 2020.2
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Visualization study of a loop heat pipe with two evaporators and one condenser under gravity-assisted condition Reviewed
Chang Xinyu, Watanabe Noriyuki, Nagano Hosei
INTERNATIONAL JOURNAL OF HEAT AND MASS TRANSFER Vol. 135 page： 378 - 391 2019.6
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Correlative relationship between geometric arrangement of drops in dropwise condensation and heat transfer coefficient Reviewed
Watanabe Noriyuki, Aritomi Masanori
INTERNATIONAL JOURNAL OF HEAT AND MASS TRANSFER Vol. 105 page： 597 - 609 2017.2
KAKENHI (Grants-in-Aid for Scientific Research) 1
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多孔体の多機能性創出による熱輸送方向自律可変型・抗重力対応・新熱輸送物理の確立
Grant number：20K04308 2020.4 - 2023.3
科学研究費助成事業 基盤研究(C)
渡邉 紀志
Authorship：Principal investigator
Grant amount：\4290000 （ Direct Cost: \3300000 、 Indirect Cost：\990000 ）
本研究は，熱交換器などの吸熱側と排熱側の役割が，熱的条件に応じて自律的に可変し，運転条件が厳しいトップヒート(吸熱側が排熱側より重力的に高い位置に配置)においても，無電力で熱輸送を実現する新熱輸送物理の確立と実証を目的とする．提案する新熱輸送物理は，多孔体の多機能性（毛管力による駆動力と逆止弁機構）を新たに創出することにより実現し，よりコンパクトで高効率な熱輸送が期待される．多孔体の多機能性の物理モデルを明らかにするとともに，新熱輸送物理の確立と実証に向け，試作機を設計・製作し，熱輸送性能を検証する．