Dynamic Stability of Cylindrical Shells Taking into Account In-Plane Inertia and In-Plane Disturbance

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概要

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• This paper is concerned with the dynamic stability or cylindrical shells subjected to periodic axial load or periodic external pressure. The equations of motion taking into account the in-plane inertia and the in-plane disturbance are derived. Applying the Bolotin method, the effects of the in-plane inertia and the in-plane disturbance on the principal instability regions of the cylindrical shells are examined. Some of the results show that their effects are remarkable in the case of periodic axial load at low frequencies and in the case of periodic external pressure at high frequencies. This study also includes the comparison of the results for the theories due to authors such as Mizoguchi, Flugge and Donnell.

• 一般社団法人日本機械学会の論文

著者

• Shirakawa Kaoru

  College Of Engineering University Of Osaka Prefectuer.

関連論文

• Deformation and Stress in a Cylindrical Shell under Concentrated Loading : 1st Report, Radial Loading
• Dynamic Response of a Cylindrical shell to a Concentrated Periodical Force : 1st Report, Displacement Response
• Deformation and Strength of a Pressure Vessel with Elliptical Cross Section
• Deformation and Strength of a Cylindrical Shell Subjected to a Concentrated Twisting Couple
• Deformation and Stress in a Cylindrical Shell under Concentrated Loading : 3rd Report, Axial Loading
• Deformation and Stress in a Cylindrical Shell under Concentrated Loading : 2nd Report, Circumferential Loading
• Flexibility and Strength of Flexible Shaft : 1st Report, Case of Bending
• Theoretical and Experimental Researches on Strength of a Rotary Kiln
• Dynamic Response of a Cylindrical Shell to a Concentrated Periodical Force : 2nd Report, Stress Response
• Dynamic Stability of Cylindrical Shells Taking into Account In-Plane Inertia and In-Plane Disturbance

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