CYCLIC THERMAL AND CENTRIFUGAL LOADINGS IN DISCS(Collected Papers Published by Staff of Ship Research Institute at Societies and Institutions in 1972)

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概要

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• The behaviors of elasto-plastic stress in a flat hollow disc are analyzed under cyclic thermal and centrifugal loadings using strain incremental theory and Mises yield condition. As loading conditions, temperature range is from 20 to 500℃ and rotation speed range is from 0 rpm to 20,000 rpm. Correlation between equivalent plastic strain per cycle Δε^p_e and the Bict number was obtained from numerical analysis. Conclusion reached is that the equivalent plastic strain per cycle Δε^p_e at the outer boundary of the disc varies linearly when the Biot number is larger than 0.6, but is zero when the Biot number is less than 0.6.

• 独立行政法人 海上技術安全研究所の論文
• 1973-01-20

著者

• 天田 重庚

  Ship Research Institute

関連論文

• CYCLIC THERMAL AND CENTRIFUGAL LOADINGS IN DISCS(Collected Papers Published by Staff of Ship Research Institute at Societies and Institutions in 1972)

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