Mochizuki Shinsuke | Department Of Mechanical Energy Engineering Yamaguchi University

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概要

• MOCHIZUKI Shinsukeの詳細を見る
• 同名の論文著者
• Department Of Mechanical Energy Engineering Yamaguchi Universityの論文著者

関連著者

• Mochizuki Shinsuke

  Department Of Mechanical Energy Engineering Yamaguchi University

• Osaka Hideo

  Department Of Mechanical Engineering

• MOCHIZUKI Shinsuke

  Department of Mechanical Engineering, Yamaguchi University

• Osaka Hideo

  Department Of Mechanical Engineering Yamaguchi University

• KAMEDA Takatsugu

  Department of Mechanical Engineering, Yamaguchi University

• Mochizuki Shinsuke

  Department Of Mechanical Engineering Yamaguchi University

• 望月 信介

  山口大学大学院理工学研究科

• TSUJI Yoshiyuki

  Department of Energy Engineering and Science, Nagoya University

• Matsubara Masaharu

  Department Of Mechanical System Engineering Shinshu University

• Tsuji Yoshiyuki

  Department Of Energy Engineering And Science Nagoya University

• Tsuji Yoshiyuki

  Department Of Energy Engineering And Science Faculty Of Engineering Nagoya University

• Hattori Tomohiro

  Department Of Mechanical System Engineering Shinshu University

• Inada Masaru

  Department Of Earth System Science And Technology Riam Kyushu University

• YAMADA Seiji

  Yamaguchi Pref. Inst. Industrial Technology

• FUJII Hideki

  Mazda Ltd. Co.

• SUGIHARA Masahiro

  Department of Mechanical Engineering, Yamaguchi University

• Sugihara Masahiro

  Department Of Mechanical Engineering Yamaguchi University

• MORI Kiyoto

  Department of Energy Engineering and Science, Nagoya University

• IMANISHI Hiroki

  Department of Energy Engineering and Science, Nagoya University

• KASIWAGI Tadashi

  Department of Earth System Science and Technology, RIAM, Kyushu University

• Mori Kiyoto

  Department Of Energy Engineering And Science Nagoya University

• Imanishi Hiroki

  Department Of Energy Engineering And Science Nagoya University

• Kasiwagi Tadashi

  Department Of Earth System Science And Technology Riam Kyushu University

• NISHI Sigeo

  Department of Mechanical Engineering, Hiroshima Institute of Technology

• Nishi Sigeo

  Department Of Mechanical Engineering Hiroshima Institute Of Technology

• NISHI Shigeo

  Department of Mechanical Engineering, Hiroshima Institute Technical

• Nishi Shigeo

  Department Of Mechanical Engineering Hiroshima Institute Technical

• WIN Aung

  Department of Mechanical Engineering, Yamaguchi University

• SUGIHARA Masahiro

  Department of Applied Chemistry and Biotechnology, Graduate School of Engineering, Chiba University

• OSAKA Hideo

  Department of Mechanical Engineering, Yamaguchi University

• TSUJI Yoshiyuki

  Department of Energy Engineering & Science, Nagoya University

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著作論文

• Response of the Fully Developed Pipe Flow to Rough Wall Disturbances (Mean Velocity Field)
• Self-preservation of a turbulent boundary layer over d-type roughness
• Direct total skin-friction measurement of a flat plate in zero-pressure-gradient boundary layers
• The Coherent Structure of a Plane Turbulent Wall Jet : Analysis with the Four-Quadrant Method : Series B : Fluid Engineering, Heat Transfer, Combustion, Power, Thermophysical Properties
• Management of a Stronger Wall Jet by an Embedded Streamwise Vortex : Reynolds Stresses Distributions and Evaluation of the Vorticity Transport Equation
• Streamwise Vortical Structure Associated with the Bursting Phenomenon in the Bursting Phenomenon in the Turbulent Boundary Layer over a d-Type Rough Surface at a Low Reynolds Number : Series B : Fluid Engineering Heat Transfer Combustion, Power Thermophys
• The Coherent Structure of a Turbulent Boundary Layer Over a d-Type Rough Surface at a Low Reynolds Number : Analysis With the Four Quadrant Method
• On The Detection of the Bursting Events with the VITA Technique : Series B : Fluid Engineering, Heat Transfer, Combustion, Power, Thermophysical Properties
• The Coherent Structure of a Turbulent Boundary Layer over a d-Type Rough Surface : Analysis with the VITA Technique and the Four Quadrant Method : Series B : Fluid Engineering, Heat Transfer, Combustion, Power, Thermophysical Properties
• The coherent structure of a turbulent boundary layer over a d-type rough surface at a low Reynolds number : Analysis with the VITA technique and statistical characteristics : Series B : Fluid Engineering, Heat Transfer, Combustion, Power, Thermophysical P
• Flow Management of a Plane Turbulent Wall Jet by a Streamwise Vortex Pair with Periodic Variation in Strength and Radius

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