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Sand displacement and compaction around model friction piles

Robinsky, E.I. / Morrison, C.F.

By means of radiography techniques displacement and compaction of sand around strain gage instrumented model piles has been studied; tests reveal possible explanation for low transfer of load through "skin friction" developed by straight-sided pile, and high transfer of load developed by tapered pile; limits of "visible" soil movement (displacement envelopes) have been determined for 9 different pile conditions and direct relationship has been found to exist between magnitude of displacement envelope and pile capacity, indicating interdependence of transfer of load through pile point and pile wall.

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Sand displacement and compaction around model friction piles

Robinsky, E.I. / Morrison, C.F.

By means of radiography techniques displacement and compaction of sand around strain gage instrumented model piles has been studied; tests reveal possible explanation for low transfer of load through "skin friction" developed by straight-sided pile, and high transfer of load developed by tapered pile; limits of "visible" soil movement (displacement envelopes) have been determined for 9 different pile conditions and direct relationship has been found to exist between magnitude of displacement envelope and pile capacity, indicating interdependence of transfer of load through pile point and pile wall.

Sand displacement and compaction around model friction piles

Robinsky, E.I. / Morrison, C.F.

By means of radiography techniques displacement and compaction of sand around strain gage instrumented model piles has been studied; tests reveal possible explanation for low transfer of load through "skin friction" developed by straight-sided pile, and high transfer of load developed by tapered pile; limits of "visible" soil movement (displacement envelopes) have been determined for 9 different pile conditions and direct relationship has been found to exist between magnitude of displacement envelope and pile capacity, indicating interdependence of transfer of load through pile point and pile wall.

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Title:

Sand displacement and compaction around model friction piles

Additional title:

Can Geotechnical J

Contributors:

Robinsky, E.I. (author) / Morrison, C.F. (author)

Published in:

Canadian Geotechnical Journal ; 1

Publication date:

1964

Size:

13 pages

Type of media:

Article (Journal)

Type of material:

Print

Language:

English

Keywords:

© Metadata Copyright Elsevier B. V. All rights reserved.

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