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SHEN BIAO(シェン ビャオ; Shen, Biao)

所属
システム情報系
職名
助教
研究分野
熱工学
研究キーワード
数値流体力学
凝縮
沸騰
伝熱
研究課題
Data-driven Visualization of Bubble Contact-line Dynamics on Heterogeneous Surfaces2020-04 -- 2023-03Biao ShenJapan Society for the Promotion of Science/基盤研究(C)4,420,000円
階層型表面科学的手法に基づく沸騰開始下限界への挑戦2020-04 -- 2023-03高田保之日本学術振興会/科学研究費基盤研究(B)1,000,000円
Study of the influence of surface characteristics on bubble dynamics and its application in optimization of boiling2014-08 -- 2016-03Biao ShenJapan Society for the Promotion of Science/Grant-in-Aid for Research Activity start-up2,730,000円
職歴
2018-11 -- 2020-02九州大学 九州大学カーボンニュートラル・エネルギー国際研究所 助教
2014-03 -- 2018-10九州大学 カーボンニュートラル・エネルギー国際研究所 学術研究員
2013-10 -- 2014-02九州大学 工学部 学術研究員
学歴
2005-09 -- 2013-06上海交通大学 機械与動力工程学院 能源与動力工程卒業
2001-09 -- 2005-07上海交通大学 機械与動力工程学院 製冷与低温工程卒業
取得学位
2005-07工学学士上海交通大学
2013-09工学博士上海交通大学
所属学協会
2014-04 -- (現在)アメリカ物理学会
2017-04 -- (現在)日本伝熱学会
2017-04 -- (現在)日本機械学会
受賞
2011-01Second Class Prize of the Natural Science Award, Ministry of Education, China
2016-04Excellent Doctoral Dissertation of Shanghai Municipality
2018-03Best Poster Presentation Award, The 10th International Conference on Boiling and Condensation Heat Transfer (ICBCHT 2018)
2019-07Outstanding Paper Award, The 14th International Conference on Heat Transfer, Fluid Mechanics and Thermodynamics (HEFAT 2019)
査読付き学術雑誌・国際会議論文
more...
その他の論文・記事
  • An overview of heat transfer near the liquid-gas critical point under the influence of the piston effect: phenomena and theory
    Shen Biao; Zhang P.
    International Journal of Thermal Sciences/71 /pp.1229-19, 2013-05
  • Numerical study of thermoacoustic coupling in near-critical nitrogen
    Shen Biao; Zhang P.
    Proceedings of VIII Minsk International Seminar,, 2011-09
  • Observation of periodic bubble nucleation on a hydrophobic spot at negative surface superheats under subcooled conditions
    Shen Biao; Suroto B.J.; Hirabayashi S.; al et
    Proceedings of 2014 International Heat Transfer Symposium/p.IHTS140070, 2014-05
  • Effect of Dissolved Air on Subcooled Pool Boiling from a Mixed Wettability Surface
    SHEN BIAO; M. Yamada; B.J. Suroto; et al
    Proceedings of the 101 EUROTHERM Seminar/p.la-6 , 2014-06
  • Boiling heat transfer enhancement with hydrophobic islands at sub-atmospheric pressures
    Shen Biao; Yamada M.; He H.; Furusato K.; Hidaka S.; Kohn...
    Proceedings of the 1st Pacific Rim Thermal Engineering Conference/p.14903 , 2016-03
  • Boiling heat transfer on a mixed-wettability evaporator surface in a closed two-phase thermosyphon
    Shen Biao; He H.; Furusato K.; Yamada M.; Hidaka S.; Kohn...
    Proceedings of the 4th International Forum on Heat Transfer/p.1942 , 2016-11
  • Bubble dynamics of pool boiling on biphasic surfaces at sub-atmospheric pressures
    Shen Biao; Yamada M.; Hidaka S.; Kohno M.; Takahashi K.; ...
    Proceedings of the 1st Asian Conference on Thermal Sciences/p.P00475 , 2017-03
  • Optimization of superhydrophobic surfaces for enhanced droplet jumping condensation heat transfer
    Shen Biao; Orejon D.; Maeda Y.; Askounis A.; Lv F.; Hidak...
    Proceedings of the 1st Asian Conference on Thermal Sciences/p.P00450 , 2017-03
  • Diffuse-interface simulations of bubble dynamics on a biphilic surface
    SHEN BIAO; J. Liu; J. Shiomi; G. Amberg; M. Do-Quang; M. ...
    Proceedings of the 1st Asian Conference on Thermal Sciences/p.P00570 , 2017-03
  • Heat transfer enhancement of sub-atmospheric pool boiling with biphilic surfaces
    Shen Biao; Yamada M.; Hidaka S.; Kohno M.; Takata Y.; Tak...
    Proceedings of the 9th World Conference on Experimental Heat Transfer, Fluid Mechanics and Thermodynamics/p.OC.011 , 2017-06
  • Phase-field modeling of bubble growth on a surface with mixed wettability
    Shen Biao; Liu J.; Shiomi J.; Amberg G.; Do-Quang M.; Yam...
    Proceedings of the 9th JSME-KSME Thermal and Fluid Engineering Conference/p.1497 , 2017-10
著書
  • 常规的热波方程
    Shen Biao
    超流氦传热, 2009-01
会議発表等
  • エタノールの飽和沸騰において表面構造および濡れ性が気泡核に及ぼす影響
    Shen Biao; 建至 濱崎; 康和 神谷; 澄具 日高; 厚史 高橋; 保...
    第57回日本伝熱シンポジウム/2020-06-03--2020-06-05
  • Observation of periodic bubble nucleation on a hydrophobic spot at negative surface superheats under subcooled conditions
    Shen Biao; Suroto B.J.; Hirabayashi S.; al et
    2014 International Heat Transfer Symposium
  • Formation of air-rich bubbles on a superbiphilic surface in subcooled boiling
    Shen Biao; Yamada M.; Orejon D.; Suroto B.J.; Hidaka S.; ...
    The 9th International Conference on Boiling and Condensation Heat Transfer
  • Diffuse-interface simulations of bubble dynamics on a biphilic surface
    Shen Biao; Liu J.; Shiomi J.; Do-Quang M.; Yamada M.; Koh...
    The 1st Asian Conference on Thermal Sciences
  • Phase-field modeling of bubble growth on a surface with mixed wettability
    Shen Biao; Liu J.; Shiomi J.; Amberg G.; Do-Quang M.; Yam...
    The 9th JSME-KSME Thermal and Fluid Engineering Conference
  • Enhanced boiling heat transfer on surfaces patterned with mixed wettability
    Shen Biao; Yamada M.; Mine T.; Hidaka S.; Shiomi J.; Ambe...
    The 16th International Heat Transfer Conference
  • Deterioration of boiling heat transfer on biphilic surfaces under very low pressures
    Shen Biao; Mine T.; Hidaka S.; Takahashi K.; Takata Y.
    The 14th International Conference on Heat Transfer, Fluid Mechanics and Thermodynamics
  • Pure Subcooled Boiling of Water Observed on a Surface with Mixed Wettability
    Shen Biao
    International Workshop on Phase Change and Wetting Phenomena 2015
  • Pool boiling on a biphilic surface
    Shen Biao
    Workshop on thermal issues for hydrogen and related energy systems 2015
  • Negative-superheat boiling on biphilic surfaces
    Shen Biao
    Thermal issues for hydrogen and new refrigerants for energy systems, HYDROGENIUS and I2CNER Joint Research Symposium 2017
  • Role of surface wettability in boiling heat transfer enhancement
    Shen Biao
    International Symposium on Measurement Technology in Thermal Science Engineering (MTTSE-2017)
  • Boiling on surfaces with heterogeneous wettability
    Shen Biao
    HYDROGENIUS and I2CNER Joint Research Symposium 2018
  • Boiling on heterogeneous surfaces with mixed wettabilities
    Shen Biao
    INTERFACE Kick-off Meeting, Stockholm, Sweden
  • Enhanced Boiling on biphilic surfaces
    Shen Biao
    The 3rd workshop on phase-change interfaces
  • How boiling heat transfer is enhanced on biphilic surfaces: manipulation of bubble behavior using surface wettability patterning
    Shen Biao
    The 6th I2plus Workshop- Wetting and Related Phenomena
  • Active Manipulation of Bubble Behavior: How surface wettability patterning enhances boiling heat transfer
    Shen Biao
    Global Engineering Education in Thermal Engineering Field (Sakura Exchange Program in Science)
  • Sudden heat transfer deterioration of boiling on heterogeneous wettability-patterned surfaces at very low pressures
    Shen Biao
    The 2nd International Symposium on Measurement Technology in Thermal Science and Engineering (MTTSE 2019)
  • Numerical study of Rayleigh-Bénard convection near the critical point
    Shen Biao; Zhang P.
    The 8th International Conference on Flow Dynamics
  • Bubble behavior in subcooled boiling on a biphilic surface
    Shen Biao; Yamada M.; Liu J.; Shiomi J.; Amberg G.; Do-Qu...
    The 10th International Conferences on Boiling and Condensation Heat Transfer
  • 減圧沸騰における単一点上の気泡赤触線挙動に関する研究
    Shen Biao; 将之 山田; 知佑 峯; 澄具 日高; 正道 河野; 厚史...
    第55回日本伝熱シンポジウム
  • 伝熱面の濡れ性及び表面構造がエタノール飽和沸騰に与える影響
    Shen Biao; 濱崎健至; 岩田直樹; 日高澄具; 高橋厚史; 髙田保...
    日本機械学会熱工学コンファレンス2019
担当授業科目
2020-04 -- 2020-08構造エネルギー工学前期特別演習I筑波大学
2020-10 -- 2021-02構造エネルギー工学前期特別演習I筑波大学
2020-10 -- 2021-02構造エネルギー工学後期特別研究筑波大学
2020-04 -- 2020-08構造エネルギー工学後期特別研究筑波大学
2020-10 -- 2021-02構造エネルギー工学後期特別演習筑波大学
2020-04 -- 2020-08構造エネルギー工学後期特別演習筑波大学
2020-04 -- 2020-08構造エネルギー工学前期特別研究I筑波大学
2020-10 -- 2021-02構造エネルギー工学前期特別研究I筑波大学
2020-04 -- 2020-08構造エネルギー工学前期特別演習II筑波大学
2020-10 -- 2021-02構造エネルギー工学前期特別演習II筑波大学
more...
その他の活動
2019-07 -- 2019-0714th International Conference on Heat Transfer, Fluid Mechanics and Thermodynamics (HEFAT 2019), Technical Committee

(最終更新日: 2020-05-15)