SUGIYAMA Hiromu | Muroran Institute of Technology

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概要

• SUGIYAMA Hiromuの詳細を見る
• 同名の論文著者
• Muroran Institute of Technologyの論文著者

関連著者

• SUGIYAMA Hiromu

  Muroran Institute of Technology

• 新井 隆景

  室蘭工業大学工学部機械システム工学科

• Watanabe Kazushi

  Canon Inc.

• Zhang Jianping

  Department Of Mechanical Engineering Muroran Institute Of Technology

• ARAI Takakage

  Muroran Institute of Technology

• NAGATA Harunori

  Hokkaido University

• ENDO Akira

  Graduate Student, Graduate School of Muroran Institute of Technology

• MORITA Shuji

  Graduate Student, Graduate School of Muroran Institute of Technology

• HOSOKAWA Hiroshi

  Graduate Student, Graduate School of Hokkaido University

• Morita Shuji

  Graduate Student Graduate School Of Muroran Institute Of Technology

• Takeda Hideki

  Toyota Motor Co. Ltd.

• Sugiyama Hiromu

  Department Of Mechanical Engineering Muroran Institute Of Technology

• HATANAKA Hideharu

  Toshiba. Com. Ltd.

• TAKIMOTO Akihiko

  Muroran Institute of Technology

• SHIROTA Takahiro

  Muroran Institute of Technology

• Sekiyama Masato

  Muroran Institure Of Technology

• TAKEDA Hideki

  Muroran Institure of Technology

• ZHANG Jianping

  Muroran Institure of Technology

• Endo Akira

  Graduate Student Graduate School Of Muroran Institute Of Technology

• Hosokawa Hiroshi

  Graduate Student Graduate School Of Hokkaido University

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著作論文

• Evaluation of Supersonic Turbulent Mixing Using Catalytic Combustion of Constant Temperature Pt Wire
• A NUMERICAL METHOD FOR SUPERSONIC CONICAL FLOW WITHOUT AXIAL SYMMETRY
• An Experimental Study on Shock Waves Propagating Through a Dusty Gas : The Flow in a Horizontal Dusty-Gas Shock Tube : Fluids Engineering, Heat Transfer, Combustion, Power, Thermophysical Properties,
• A Numerical Study of Gas-Particle Supersonic Flow Past Blunt Bodies : The Case of Two-Dimensional Flow
• A Numerical Study of Gas-Particle Supersonic Flow Past Blunt Bodies : The Case of Axisymmetric Flow
• Performance Study of Shock Tubes with Area Change at the Diaphragm Section : Effects on the Shock Tube Performance of Diaphragm Location, Area Ratio and Convergent Angle
• An Experimental Study on the Locations and Structures of Pseudo-Shock Waves in Straight Rectanglar Ducts : Series B : Fluids Engineering, Heat Transfer, Combustion, Power, Thermophysical Properties

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