Hayama Shinji | Faculty Of Engineering Tokyo University
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概要
関連著者
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Hayama Shinji
Faculty Of Engineering Tokyo University
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Hayama Shinji
Faculty Of Engineering University Of Tokyo
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Kaneko Shigehiko
Faculty Of Marine Engineering University Of Tokyo
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MOHRI Yasuhiro
Faculty of Engineering, University of Tokyo
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Mohri Yasuhiro
Faculty Of Engineering University Of Tokyo
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WATANABE Tatsuo
Faculty of Engineering, Tohoku Gakuin University
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Watanabe Tatsuo
Faculty Of Engineering Tohoku Gakuin University
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HAYAMA Shinji
Faculty of Engineering, University of Tokyo
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Inada Fumio
Faculty Of Engineering University Of Tokyo
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Iwabuchi Masayuki
Kawasaki Heavy Industry Ltd.
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Hayama Shinji
Faculty Of Marine Engineering University Of Tokyo
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ARUGA Keiji
Institute of FUJITSU, FUJITSU, Ltd.
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Watanabe Tatsuo
Faculty Of Engineering University Of Tokyo
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Aruga Keiji
Institute Of Fujitsu Fujitsu Ltd.
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Hayama S.
Faculty of Engineering, Tokyo University
著作論文
- A Study on the Hydrodynamic Instability in Boiling Channels : 4th Report, Experimental Results
- A Study on the Hydrodynamic Instability in Boiling Channels : 1st Report, The Instability in a Single Boiling Channel
- Self-excited Oscillation of a Hollow Rotating Shaft Partially Filled with a Liquid : 1st Report, Instability Based on the Fluid Force Obtained from Boundary Layer theory
- A Study on the Hydrodynamic Instability in Boiling Channels : 2nd Report, The Instability in Two Parallel Boiling Channels
- Resonant Amplitudes of Pressure Pulsation in Pipelines : 1st Report, Resonant Amplitudes in Case of a Single Sinusoidal Flow Input
- Nonlinear Responses of Sloshing in Rectangular Tanks : 1st Report, Nonlinear Responses of Surface Elevation
- Self-Excited Standing Wave Generated in Subcooled Boiling
- On Free Surface Oscillations of a Liquid Partially Filling a Rotating Cylinder : lst Report, Visualization of Resonant Mode and Analysis by Inviscid Theory
- Resonant Amplitudes of Pressure Pulsation in Pipelines : Calculations by the Equivalent Linearization Method of |q|q) : Vibration, Control Engineering, Engineering for Industry
- A Study on the Suppression of Sloshing in a Liquid Tank : 1st Report, Suppression of Slosing by Means of a Reversed U-tube
- On Free Surface Oscillations of a Liquid Partially Filling a Rotating Cylinder : 2nd Report, The Calculation of Fluid Force Using Boundary Layer Approximation
- Resonant Amplitudes of Pressure Pulsation in Pipelines : 2nd Report, A Calculation by Method of Transfer Matrix
- A Study on the Hydrodynamic Instability in Boiling Channels : 3rd Report, The Modes of Vibration in Multi-Channel System and the Reverse Flow
- A Study on Leakage-Flow-Induced Vibrations : Fluid-Dynamic Forces Acting on the Walls of a One-Dimensional, Narrow Passage