CYLINDER EDGE FAILURE OF STEEL CONE-TO-CYLINDER SOCKET CONNECTIONS UNDER COMPRESSION

CYLINDER EDGE FAILURE OF STEEL CONE-TO-CYLINDER SOCKET CONNECTIONS UNDER COMPRESSION

The cylinder edge failure of the steel cone-to-cylinder socket connection subjected to uniform compression was investigated by means of experiment and FEM. The FEM analysis revealed the friction coefficient between cone and cylinder as well as the shape imperfections of the socket which well follow...

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Veröffentlicht in:Nihon Kenchiku Gakkai kōzōkei ronbunshū 2008-08, Vol.73 (630), p.1377-1384
Hauptverfasser: ITO, Takumi, EHARA, Yusuke, KUWAMURA, Hitoshi
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Sprache:eng ; jpn
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container_issue 630
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container_title Nihon Kenchiku Gakkai kōzōkei ronbunshū
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creator ITO, Takumi
EHARA, Yusuke
KUWAMURA, Hitoshi
description The cylinder edge failure of the steel cone-to-cylinder socket connection subjected to uniform compression was investigated by means of experiment and FEM. The FEM analysis revealed the friction coefficient between cone and cylinder as well as the shape imperfections of the socket which well follow the experimental load-displacement curves. The previously proposed model for the yield load was found satisfactory, while the models for the full-plastic and ultimate loads were modified to Eason-Shield model which provides better predictions.
doi_str_mv 10.3130/aijs.73.1377
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title CYLINDER EDGE FAILURE OF STEEL CONE-TO-CYLINDER SOCKET CONNECTIONS UNDER COMPRESSION
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