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Calibrating Resistance Factors for Load and Resistance Factor Design for Statnamic Load Testing

M. McVay / C. L. Kuo / A. L. Guisinger

Since 1994 Statnamic load testing has been used by the FDOT to estimate drilled shaft static capacities. However, until recently insufficient Statnamic and conventional static load testing data existed together to estimate load and resistance factor design (LRFD) resistance factors for piles and shafts in variable soil types. Using a database of thirty-seven drilled shafts and piles from around the world (contribution from AFT Inc., and Berminghammer Co.), the resistance factors were estimated based on the FOSOM (First Order Second Moment, FHWA approach).

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Calibrating Resistance Factors for Load and Resistance Factor Design for Statnamic Load Testing

M. McVay / C. L. Kuo / A. L. Guisinger

Since 1994 Statnamic load testing has been used by the FDOT to estimate drilled shaft static capacities. However, until recently insufficient Statnamic and conventional static load testing data existed together to estimate load and resistance factor design (LRFD) resistance factors for piles and shafts in variable soil types. Using a database of thirty-seven drilled shafts and piles from around the world (contribution from AFT Inc., and Berminghammer Co.), the resistance factors were estimated based on the FOSOM (First Order Second Moment, FHWA approach).

Calibrating Resistance Factors for Load and Resistance Factor Design for Statnamic Load Testing

M. McVay / C. L. Kuo / A. L. Guisinger

Since 1994 Statnamic load testing has been used by the FDOT to estimate drilled shaft static capacities. However, until recently insufficient Statnamic and conventional static load testing data existed together to estimate load and resistance factor design (LRFD) resistance factors for piles and shafts in variable soil types. Using a database of thirty-seven drilled shafts and piles from around the world (contribution from AFT Inc., and Berminghammer Co.), the resistance factors were estimated based on the FOSOM (First Order Second Moment, FHWA approach).

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Titel:

Calibrating Resistance Factors for Load and Resistance Factor Design for Statnamic Load Testing

Beteiligte:

M. McVay (Autor:in) / C. L. Kuo (Autor:in) / A. L. Guisinger (Autor:in)

Erscheinungsdatum:

2003

Format / Umfang:

134 pages

Medientyp:

Report

Format:

Keine Angabe

Sprache:

Englisch

Schlagwörter:

Soil & Rock Mechanics , Highway Engineering , Load tests , Calibrating , Static loads , Soil properties , Piles , Shafts(Excavations) , Reliability , Simulation , Geotechnical engineering , Dynamic loads , Skin friction , Sands , Soils , Rocks

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