Hirayama Naomichi | Department Of Mechanical Engineering Faculty Of Technology Tokyo Metropolitan University

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概要

• 同名の論文著者
• Department Of Mechanical Engineering Faculty Of Technology Tokyo Metropolitan Universityの論文著者

関連著者

• Hirayama Naomichi

  Department Of Mechanical Engineering Faculty Of Technology Tokyo Metropolitan University

• Miyazaki Teruo

  Department Of Development For Community Medicine Tokyo Medical University

• Maeda Toshiyuki

  Department Of Mechanical Engineering Tokyo Metropolitan University

• HIRAYAMA Naomichi

  Department of Mechanical Engineering, Tokyo Metropolitan University

• Maeda Toshiyuki

  Department Of Cardiovascular Surgery Sapporo City General Hospital

• Morimune Takaaki

  Department Of Mechanical Engineering Faculty Of Technology Tokyo Metropolitan University

• MAEDA Toshiyuki

  Faculty of Technology, Tokyo Metropolitan University

• Maeda Toshiyuki

  Faculty Of Technology Tokyo Metropolitan University

• MORIMUNE Takaaki

  Department of Mechanical Engineering, Tokyo Metropolitan University

• Hirayama Naomichi

  Department Of Mechanical Engineering Tokyo Metropolitan University

• Miyazaki Teruo

  Department Of Mechanical Engineering Kokushikan University

• TORIZUMI Yasuhiro

  Graduate Student, Tokyo Metropolitan University

• TORIZUMI Yasuhiro

  Tokyo Metropolitan University

• Hirayama N

  Tokyo Metropolitan Univ. Tokyo Jpn

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著作論文

• Study of Compressible High Speed Gas Flow in Piping System : 2nd Report, Piping Systems with Sudden Enlargement
• Study of ComPressible High Speed Gas Flow in Piping System : 1st Report, Piping Systems with Bends or Elbows
• Methods of Loss Estimation in Compressible Flow through Pipe Orifices and Nozzles
• Flow Characteristics and Methods of Flow Calculation of High-speed Compressible Flow through Pipe Orifices
• A Theoretical Solution of Quasi-3D Compressible Flows in Turbomachines : 2nd Report, Flows on an Assumed S2 Stream Surface
• Theoretical Solution of Quasi-3D Compressible Flows in Turbomachines : 1st Report, Fundamental Relations and Especially Flow for S1 Surfaces
• Rigorous Solution of Compressible Potential Flow Past Two-Dimensional Cascades of Airfoils : Especially for High Subsonic Flow
• Study of Catalytic Reduction of Nox in Flue Gas from a Municipal Refuse Incinerator (Experimental Results of Nox Removal Test Plant)
• Reccent Research on the Flow Through Turbine Blade Rows
• Exact Solution of Compressible Potential Flow Past a Body of Revolution at Zero Incidence : Especially for High Subsonic Flow

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