The Behaviour of an Infinite Circular Bar subjected to Impulsive Bending Load

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概要

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• Stresses, shearing force and displacement of the center line of an infinite circular bar are analyzed in the case that an impulsive load is applied normally to its surface. The analysis is based on the fundamental equations of three-dimensional elasticity. Laplace transform and Fourier transform techniques are used in the analysis. The inverse transforms are carried out with the help of stationary phase method. The results obtained by the analysis are compared with approximate theories (elementary theory, Rayleigh's theory and Timoshenko's theory). the applicabilities of the approximate theories are discussed.

• 一般社団法人日本機械学会の論文

著者

• TANAKA Kichinosuke

  Faculty of Engineering, Kyoto University

• Tanaka Kichinosuke

  Faculty Of Engineering Kyoto University

• Tanaka Kichinosuke

  Faculty Of Engiineering Kyoto University

• MOTOYAMA Chikashi

  Ship Initial Designing Dept., Kawasaki Heavy Industries

• Motoyama Chikashi

  Ship Initial Designing Dept. Kawasaki Heavy Industries

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• Strength of Mild Steel at High Strain Rate
• Impact Bending Test on Steel at Low Temperatures Using a Split Hopkinson Bar
• Temperature and Strain Rate Effects upon the Strength of Zinc Single Crystals
• The Behaviour of an Infinite Circular Bar subjected to Impulsive Bending Load
• Creep of Mild Steel under Periodic Stresses of Rectangular Wave : (III) Prediction of the Creep Deformation under Periodic Stresses
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• Creep of Mild Steel under Periodic Stresses of Rectangular Wave
• Compressive Strength of Mild Steel at High Strain Rate and at High Temperature
• Thermal Recovery and Stress-Strain Relation of Polycrystalline Zinc
• The Propagation of Longitudinal Wave in a Visco-Elastic Circular Bar with Consideration of the Lateral Inertia
• The Effects of Temperature and Strain Rate on the Strength of Polycrystalline Zinc

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