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GOVERNING EQUATIONS OF MOTION OF WALKING BEHAVIOR OF UNANCHORED FLAT-BOTTOM CYLINDRICAL SHELL TANKS SUBJECTED TO HORIZONTAL SINUSOIDAL GROUND MOTION

机译：经过横向正弦地面运动的未定向平底圆柱壳罐的行走行为运动的控制方程

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The governing equations of motion of walking phenomena of unanchored flat-bottom cylindrical shell tanks subjected to horizontal sinusoidal ground motion are examined. The equations of motion are derived through variational approach. The physical quantities related to the walking phenomena are the mass of tank itself, tank content, the effective mass of liquid for bulging motion, that for rocking motion, that for rocking-bulging interaction motion, and friction force including self-weight reduction effects. The roles of each physical quantity during the walking motion are clearly identified. Comparison of the time history of experimental results and that of analytical ones corroborates accuracy of the proposed equations of motion.

机译：检查了经受水平正弦接地运动的未定向平底圆柱壳罐的行走现象的控制运动方程。运动方程是通过变分方法来源的。与行走现象相关的物理量是坦克本身的质量，罐含量，膨胀运动的有效质量的液体，即用于摇摆运动，即用于摇摆的相互作用运动，以及包括自重减少效果的摩擦力。清楚地识别了在步行运动期间的每个物理量的角色。实验结果的时间历史与分析结果的比较证实了拟议运动方程的准确性。

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《ASME Pressure Vessels and Piping Conference》|2007年||共6页
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Tomoyo Taniguchi; Koji Imai; American Society of Mechanical Engineers(ASME);
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1. Rocking behavior of unanchored flat-bottom cylindrical shell tanks under action of horizontal base excitation [J] . Tomoyo Taniguchi Engineering Structures . 2004,第4期

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2. Fluid pressure on unanchored rigid flat-bottom cylindrical tanks due to uplift motion and its approximation [J] . Tomoyo Taniguchi, Yoshinori Ando, Teruhiro Nakashima Engineering Structures . 2009,第11期

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3. Analysis on Shift of Nature Modes of Liquid Sloshing in a 3D Tank Subjected to Oblique Horizontal Ground Motions with Damping Devices [J] . Chih-Hua Wu, Odd Magnus Faltinsen, Bang-Fuh Chen Advances in Mechanical Engineering . 2013,第Pta2期

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4. GOVERNING EQUATIONS OF MOTION OF WALKING BEHAVIOR OF UNANCHORED FLAT-BOTTOM CYLINDRICAL SHELL TANKS SUBJECTED TO HORIZONTAL SINUSOIDAL GROUND MOTION [C] . Tomoyo Taniguchi, Koji Imai, American Society of Mechanical Engineers(ASME) ASME Pressure Vessels and Piping Conference . 2007

机译：经过横向正弦地面运动的未定向平底圆柱壳罐的行走行为运动的控制方程
5. Dynamic behavior of micropile systems subjected to sinusoidal ground motions: Centrifugal model studies. [D] . Benslimane, Aomar. 2000

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8. Evaluation of Ground-Motion Modeling Techniques for Use in Global ShakeMap--A Critique of Instrumental Ground-Motion Prediction Equations, Peak Ground Motion to Macroseismic Intensity Conversions, and Macroseismic Intensity Predictions in Different Tectonic Settings [R] . Allen, T. I., Wald, D. J. 2009

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GOVERNING EQUATIONS OF MOTION OF WALKING BEHAVIOR OF UNANCHORED FLAT-BOTTOM CYLINDRICAL SHELL TANKS SUBJECTED TO HORIZONTAL SINUSOIDAL GROUND MOTION

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