Application of Gasdynamical Method to Soil Mechanics and Theory of Plasticity (II)

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概要

• 論文の詳細を見る

• The new method of solving the isostatical problem in the soil mechanics and theory of plasticity, which has been developed in the part (I) of this paper, is applied to practical problems, resulting in a demonstration of several plastic states of stress, slip lines, and isostatics. There are illustrated, with mathematical expressions, figures, and photographs, slip lines on surface of a metal or soil produced by foreing a cylindrical punch into it., those in a plastic mass pressed between two rough parallel or inclined plates, regular markings on face of compressed prism of paraffin, and spiral cracks in safety glass disks broken under a concentrated load, etc.

• 社団法人日本物理学会の論文
• 1952-12-25

著者

• Inoue Nobuo

  Faculty Of Engineering Doshisha University

関連論文

• A New Method of Solution of the Two-Dimensional Isostatical Problem in the Mathematical Theory of Plasticity
• On some Hypothetical Gases
• Some Cases of the Axially Symmetrical Flow of Perfectly Plastic Materials
• Study of Sopersonic Gas Flow through Nozzle by Plastic, Deformation
• Plane Strain Slip Line Fields for Polymer Deformation Processes
• Application of Gasdynamical Method to Soil Mechanics and Theory of Plasticity (I)
• Application of Gasdynamical Method to Soil Mechanics and Theory of Plasticity (II)

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