Igarashi Tamotsu | Department Of Mechanical Engineering

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概要

• IGARASHI Tamotsuの詳細を見る
• 同名の論文著者
• Department Of Mechanical Engineeringの論文著者

関連著者

• Igarashi Tamotsu

  Department Of Mechanical Engineering

• Igarashi Tamotsu

  Department Of Mechanical Engineering National Defense Academy

• Nakamura Hajime

  Department Of Biological Responses Institute For Virus Research Kyoto University

• Nakamura Hajime

  Department Of Mechanical Engineering The National Defense Academy

• TSUTSUI Takayuki

  Department of Mechanical Engineering, National Defense Academy

• Tsutsui Takayuki

  Department Of Mechanical Engineering The National Defense Academy

• Nakamura Hajime

  Department Of Mechanical Engineering National Defense Academy

• Inagaki Susumu

  Department Of Mechanical Engineering The National Defense Academy

• Kamemoto Kyoji

  Department Of Mechanical Engineering And Materials Science Yokohama National University

• IGARASHI Tamotsu

  Department of Mechanical Engineering, The National Defense Academy

• Igarashi Tamotsu

  Department Of Mechanical Engineering The National Defense Academy

• SHIBA Yoshihiko

  Faculty of Engineering, Yokohama National University

• FUKUOKA Taketo

  Department of Mechanical Engineering, The National Defense Academy

• SHIBA Yoshihiko

  All Nippon Airways Co., Air Frame Center

• Fukuoka Taketo

  Department Of Mechanical Engineering The National Defense Academy

• Shiba Yoshihiko

  Faculty Of Engineering Yokohama National University

• Shiba Yoshihiko

  All Nippon Airways Co. Air Frame Center

• MAYUMI Yasuji

  Department of Mechanical Engineering, National Defense Academy

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著作論文

• F116 NUMERICAL SIMULATION OF UNSTEADY HEAT TRANSFER AROUND TWO CIRCULAR CYLINDERS ARRANGED IN TANDEM TO A UNIFORM FLOW BYA VORTEX AND HEAT ELEMENTS METHOD(Numerical methods-2)
• Fluid Flow and Local Heat Transfer around Two Cubes Arranged in Tandem on a Flat Plate Turbulent Boundary Layer
• Drag Reduction and Heat Transfer Enhancement of a Square Prism
• Fluid Flow and Heat Transfer around a Cylindrical Protuberance Mounted on a Flat Plate Boundary Layer
• DRAG REDUCTION FOR D-SHAPE AND I-SHAPE CYLINDERS : AERODYNAMIC MECHANISM OF REDUCTION OF DRAG(Flow around Cylinder 1)
• Heat Transfer in Separated Flow behind a Circular Cylinder for Reynolds Numbers from 120 to 30000 : 2nd Report, Unsteady and Three-Dimensional Characteristics
• Flow Resistance and Strouhal Number of a Vortex Shedder in a Circular Pipe
• Hydraulic Losses of Flow Control Devices in Pipes
• H103 PRESSURE DROP AND HEAT TRANSFER OF ARRAYS OF IN-LINE CIRCULAR BLOCKS ON THE WALL OF PARALLEL CHANNEL(Electronics cooling-1)
• Drag Reduction for D-Shape and I-Shape Cylinders : Aerodynamic Mechanism of Reduction of Drag(Jets, Wakes and Separated Flows)
• Time and Space-Resolved Heat Transfer in Separated Flow behind a Circular Cylinder for Reynolds Numbers from 100 to 30000
• Heat Transfer Enhancement of a Low-Profile Block in a Channel Flow at Low Air-Velocity
• TED-AJ03-265 FLUID FLOW AND HEAT TRANSFER AROUND AN INCLINED RECTANGULAR CYLINDER
• Fluid Flow and Heat Transfer around a Rectangular Cylinder : The Case of a Width/Height Ratio of a Section of 5-9

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