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Observed and Predicted Skin Friction Capacity of Auger Cast-in-Place Piles

Ott, D. E. / Drumm, E. C.

Data from ten Auger Cast-in-Place (ACIP) test piles located at six sites in the southeastern United States were used to compare prediction methods against observed capacities. The Chin Hyperbolic method was used to analyze load test data and develop values for ultimate skin friction support. These values were then compared against the skin friction values developed from various design methodologies. Comparison of predicted values of ultimate pile skin friction capacity to load test data showed that recent design methodologies developed specifically for ACIP piles provide an accurate method of predicting skin friction support.

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Observed and Predicted Skin Friction Capacity of Auger Cast-in-Place Piles

Ott, D. E. / Drumm, E. C.

Data from ten Auger Cast-in-Place (ACIP) test piles located at six sites in the southeastern United States were used to compare prediction methods against observed capacities. The Chin Hyperbolic method was used to analyze load test data and develop values for ultimate skin friction support. These values were then compared against the skin friction values developed from various design methodologies. Comparison of predicted values of ultimate pile skin friction capacity to load test data showed that recent design methodologies developed specifically for ACIP piles provide an accurate method of predicting skin friction support.

Observed and Predicted Skin Friction Capacity of Auger Cast-in-Place Piles

Ott, D. E. / Drumm, E. C.

Data from ten Auger Cast-in-Place (ACIP) test piles located at six sites in the southeastern United States were used to compare prediction methods against observed capacities. The Chin Hyperbolic method was used to analyze load test data and develop values for ultimate skin friction support. These values were then compared against the skin friction values developed from various design methodologies. Comparison of predicted values of ultimate pile skin friction capacity to load test data showed that recent design methodologies developed specifically for ACIP piles provide an accurate method of predicting skin friction support.

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Title:

Observed and Predicted Skin Friction Capacity of Auger Cast-in-Place Piles

Contributors:

Ott, D. E. (author) / Drumm, E. C. (author)

Conference:

GeoShanghai International Conference 2006 ; 2006 ; Shanghai, China

Published in:

Foundation Analysis and Design ; 211-217

Publication date:

2006-05-11

ISBN:

9780784478158 , 9780784408650

DOI:

https://doi.org/10.1061/40865(197)27

Type of media:

Conference paper

Type of material:

Electronic Resource

Language:

English

Keywords:

Innovation , Cast in place , Design , Skin friction , Foundations , Predictions

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