HIRATA Masaru | Faculty of Engineering, University of Tokyo

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概要

• HIRATA Masaruの詳細を見る
• 同名の論文著者
• Faculty of Engineering, University of Tokyoの論文著者

関連著者

• HIRATA Masaru

  Faculty of Engineering, University of Tokyo

• Hirata Masaru

  Faculty Of Engineering University Of Tokyo

• Nishiwaki Niichi

  Faculty Of Engineering Seikei University.

• NISHIWAKI Niichi

  Faculty of Engineering, University of Tokyo

• TANAKA Hiroaki

  Faculty of Integrated Arts and Science,Hiroshima University

• Kato Hiroharu

  Faculty Of Engineering University Of Tokyo

• Echigo Ryozo

  Faculty Of Engineering Kyushu University

• Kumada Masaya

  Faculty Of Engineering Gifu University

• Kato Hiroharu

  Faculty Of Engineering The University Of Tokyo

• Tsuge Ayao

  Faculty Of Engineering University Of Tokyo.

• Kasagi Nobuhide

  Faculty Of Engineering University Of Tokyo

• ITO Natsuki

  Faculty of Engineering, University of Gifu

• MITSUYA Teruaki

  Hitachi Research Laboratory

• Nishiwaki Niichi

  Faculty Of Engineering University Of Tokyo

• Nishiwaki Niichi

  Faculty Of Engineering University Of Tokyo.

• OHNAKA Istuo

  Faculty of Engineering, University of Tokyo

• Tanaka Hiroaki

  Faculty Of Engineering Kyoto University

• Ohnaka Istuo

  Faculty Of Engineering University Of Tokyo

• Tanaka Hiroaki

  Faculty Of Engineering University Of Tokyo

• Ito Natsuki

  Faculty Of Engineering University Of Gifu

• Hirata Masaru

  Faculty Of Engineering University Of Tokyo.

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著作論文

• Studies on the Heat Transfer of Fluids at a Supercritical Pressure : 1st Report, A Proposition of Reference Values of Thermal Properties and Experiments with Supercritical Carbon-Dioxide
• Full-Coverage Film Cooling on Curved Walls : 2nd Report, Mass Transfer Coefficients on a Concavely Curved Wall : Series B : Fluid Engineering, Heat Transfer, Combustion, Power, Thermophysical, Properties
• Effects of Buoyancy and of Acceleration Owing to Thermal Expansion on Forced Turbulent Convection in Vertical Circular Tubes : Criteria of the Effects, Velocity and Temperature Profiles
• Evaluation of Band Emissivities of Carbon Dioxide and Water Vapour
• Reduction of the Infrasonic Waves Generated from the Machinery

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