Stress in and Deformation of a Drum Supported at Both Ends under a Load in the Middle through a Rope

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概要

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• The strict analysis of the strength and deformation of a thin circular cylindrical shell under a varying radial line load distributed around the circumference at a section has not been developed. In this paper, as an example of the problem, the strength and deformation of a drum supported at both ends under a line load in the middle through a rope is discussed, utilizing the fundamental differential equation introduced by Dr. K. Mizoguchi, and an experiment is performed for checking this analysis. In this case, the behavior of the deformation of the shell is very complicated as in the case of the previous report^<(1)> ; e.g. the deformation of the shape of the cross section is so large that the uppermost and lowest side deflect upwards, quite opposed to the deflection obtained on the beam theory, which shows that the use of the approximate method such as that of simplified equation or the energy method is very dangerous.

• 一般社団法人日本機械学会の論文

著者

• Mizoguchi Koki

  Department Of Mechanical Engineering University Of Osaka Prefecture

• INOUE Keinosuke

  University of Osaka Prefecture

関連論文

• Deformation and Strength of a Horizontal Reservoir Having an Oval Cross Section
• Vibration of a Rotating Cylindrical Shell
• On Fundamental Differential Equations of Vibrations of Cylindrical Shells
• Strength and Deformation of a Cylindrical Shell Fixed at One End and Supported at the Other under the Weight of Lining
• Stress in and Deformation of a Horizontal Reservoir Supported at Both Ends and Partially Filled with a Liquid
• Deformation of and Stress in a Short Pipe Grooved Axially under Torsion
• Stress in and Deformation of a Drum Supported at Both Ends under a Load in the Middle through a Rope
• Vibration of a Cylindrical Shell Containing a Flowing Fluid

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