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Skin friction for steel piles in sand

Coyle, H.M. / Sulaiman, I.H.

Relationship is presented between skin friction and soil shear strength as function of pile movement for steel piles in sand; consideration is given to effect of void ratio, saturation, depth or lateral pressure, and movement; results of study of field test on instrumented piles and laboratory tests on small pile in saturated sand are used to obtain desired relationship; relationship is presented in form of curve which is obtained when ratio of skin friction to soil shear strength is plotted vs pile movement; developed curve is used to compute theoretical load-settlement curve which, in turn, is compared with actual field load-settlement curve.

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Skin friction for steel piles in sand

Coyle, H.M. / Sulaiman, I.H.

Relationship is presented between skin friction and soil shear strength as function of pile movement for steel piles in sand; consideration is given to effect of void ratio, saturation, depth or lateral pressure, and movement; results of study of field test on instrumented piles and laboratory tests on small pile in saturated sand are used to obtain desired relationship; relationship is presented in form of curve which is obtained when ratio of skin friction to soil shear strength is plotted vs pile movement; developed curve is used to compute theoretical load-settlement curve which, in turn, is compared with actual field load-settlement curve.

Skin friction for steel piles in sand

Coyle, H.M. / Sulaiman, I.H.

Relationship is presented between skin friction and soil shear strength as function of pile movement for steel piles in sand; consideration is given to effect of void ratio, saturation, depth or lateral pressure, and movement; results of study of field test on instrumented piles and laboratory tests on small pile in saturated sand are used to obtain desired relationship; relationship is presented in form of curve which is obtained when ratio of skin friction to soil shear strength is plotted vs pile movement; developed curve is used to compute theoretical load-settlement curve which, in turn, is compared with actual field load-settlement curve.

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Title:

Skin friction for steel piles in sand

Additional title:

ASCE -- Proc (J Soil Mechanics Foundations Div)

Contributors:

Coyle, H.M. (author) / Sulaiman, I.H. (author)

Published in:

American Society of Civil Engineers Proceedings, Journal of the Soil Mechanics and Foundations Division ; 93

Publication date:

1967

Size:

18 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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