Rchr
J-GLOBAL ID：201801011013674353   Update date: Nov. 14, 2024

Sugiyama Kazuyasu

Sugiyama Kazuyasu
Affiliation and department：
Osaka University Graduate School of Engineering ScienceDepartment of Mechanical Science and Bioengineering Division of Mechanical Engineering

About Osaka University Graduate School of Engineering ScienceDepartment of Mechanical Science and Bioengineering Division of Mechanical Engineering


Research field  (1)： Fluid engineering
Research keywords  (3)： Computational Dynamics ,  Multiphase Flow ,  Fluid Engineering
Research theme for competitive and other funds  (13)：
  • 2024 - 2027 初生制御による気泡の成長競争と集団運動の力学解明
  • 2023 - 2026 Establishment of Ultrasound Control Technique of Microbubble-Encapsulated Vesicles and Its Medical Applications
  • 2021 - 2024 Dynamics of monodispersed bubble generation skirting hydrodynamically crowded circumstance
  • 2020 - 2023 Fundamental study for medical and industrial applications of vesicles containing microbubbles
  • 2017 - 2020 Study on the multi-functionalization and control of micron-scale bubbles
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Papers (96)：
  • Yoshinari Kidaka, Kazuyasu Sugiyama. Three-phase flow analysis of rising shallow methane hydrate in gas lift system. Ocean Engineering. 2024. 303. 117738
  • Tomoaki Watamura, Reiji Iwata, Kazuyasu Sugiyama. Free surface oscillation driven by rotating stirrer. The European Physical Journal E. 2024. 47. 4. 26
  • WATAMURA Tomoaki, SUGIYAMA Kazuyasu. Beautiful Bubble Texture in Guinness Beer. Oleoscience. 2024. 24. 6. 261-268
  • Xiaolong Wang, Satoshi Ii, Kazuyasu Sugiyama, Shigeho Noda, Peng Jing, Duyun Liu, Xiajing Che, Xiaobo Gong. Effect of mechanical properties of red blood cells on their equilibrium states in microchannels. Physics of Fluids. 2023. 35. 031910
  • Xianping Zhang, Kazuyasu Sugiyama, Tomoaki Watamura. Drag force on an oscillatory spherical bubble in shear-thinning fluid. Journal of Fluid Mechanics. 2023. 959. A3
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MISC (184)：
  • 渡村 友昭, 杉山 和靖. ギネスビールの泡が見せる美しい模様-Beautiful Bubble Texture in Guinness Beer-特集 泡の最新研究動向 : 構造・性能・機能の基礎. オレオサイエンス / オレオサイエンス編集委員会 編. 2024. 24. 6. 261-268
  • Yonezawa Koichi, Kado Keita, Sugiyama Kazuyasu, Ohmori Shuichi, Umezawa Shuichi. Conjugated heat transfer simulation of a gas turbine with various flow rate of cooling air. The Proceedings of the International Conference on Power Engineering (ICOPE). 2021. 2021.15. 2021-0208
  • YONEZAWA Koichi, SAKAMOTO Junichi, SUGIYAMA Kazuyasu, OHMORI Shuichi, UMEZAWA Shuichi. Influence of Blade Tip Gap Increase due to Aged Deterioration on Gas Turbine Performance. The Proceedings of Mechanical Engineering Congress, Japan. 2020. 2020. J05106
  • ISHIMA Tsuneaki, MIYAOKA Takahiro, SUGIYAMA Kazuyasu, OHMORI Shuichi, SUGITA Katsuhiko, UMEZAWA Shuichi. Measurements on Water Spray for Suction Air Cooling System along Flow Direction. The Proceedings of Mechanical Engineering Congress, Japan. 2020. 2020. J05110
  • SUGIYAMA Kazuyasu, MIYAOKA Takahiro, ISHIMA Tsuneaki, YONEZAWA Koichi, SUGITA Katsuhiko, UMEZAWA Shuichi. Numerical Analysis of Heat and Mass Transfer from Drops in Intake Water-Spray Cooling System. The Proceedings of Mechanical Engineering Congress, Japan. 2020. 2020. J05109
ｍore...
Education (1)：
  • 1997 - 2000 The University of Tokyo The Graduate School of Engineering
Professional career (1)：
  • 博士(工学) (東京大学大学院工学系研究科)
Work history (5)：
  • 2014/04 - 現在 Osaka University Graduate School of Engineering Science
  • 2012/10 - 2014/03 理化学研究所 情報基盤センター ユニットリーダー
  • 2008/04 - 2012/09 The University of Tokyo The Graduate School of Engineering
  • 2005/04 - 2007/09 University of Twente Researcher
  • 2001/04 - 2005/03 海上技術安全研究所 研究官
Committee career (7)：
  • 2024/02 - 現在 日本流体力学会 理事
  • 2023/08 - 現在 日本混相流学会 理事
  • 2023/04 - 現在 Governing Board member, International Conference on Multiphase Flow
  • 2023/04 - 現在 日本機械学会RC297研究分科会 幹事
  • 2020/04 - 2023/03 日本機械学会RC286研究分科会 主査
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Awards (5)：
  • 2022/08 - 論文賞 回転体に駆動される気液二相流の流動様式と流体力 日本混相流学会
  • 2015/11 - 日本機械学会 第93期 (2015年度) 日本機械学会 流体工学部門 フロンティア表彰
  • 2014/07 - 日本混相流学会 論文賞 垂直壁近傍の低上昇速度気泡に働く変形誘起揚力
  • 2013/09 - Japan Society for Simulation Technology 2013 Research Award Novel Massively Parallel Computing Method for Fluid-Structure Coupling Analysis
  • 2005/04 - 日本機械学会論文賞 壁面スライド気泡群中に観察される気泡間相互作用 (第3報,気泡間相互作用に対するレイノルズ数の影響)
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