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Pile Pinning Effects on a Bridge Abutment in Laterally Spreading Ground during Earthquakes


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Curation progress:

This project was originally curated in 2009 and enhanced in 2011. Metadata were reviewed and if necessary corrected, visualization files were added. Additional documentation if missing was supplemented. This project may contain files that were not contributed by the original research team during their project.

Complete - 08/31/2011

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PI(s): Ross W Boulanger
Dates: February 28, 2005 to Present
Facility: University of California, Davis, CA, United States
Organization(s): University of California, Davis, CA, United States
Description: Three centrifuge tests were conducted at University of California at Davis to study pile pinning effects on bridge abutments over liquefied and laterally spreading ground.
Website(s):
Group Space: Project:Pile Pinning Effects on a Bridge Abutment in Laterally Spreading Ground during Earthquakes
Equipment: View Details
Tools: inDEED
Publications:
D. Chang; U. Gulerce; R. J. Armstrong; A. Khosravifar; R. W. Boulanger; and B. L. Kutter, "Pile Pinning Effects On A Bridge Abutment In Laterally Spreading Ground During Earthquakes: Centrifuge Data Report For DDC03" (download)
U. Gulerce; R. J. Armstrong; S. Brandenberg; A. Khosravifar; R. W. Boulanger; and B. L. Kutter, "Pile Pinning Effects On A Bridge Abutment In Laterally Spreading Ground During Earthquakes: Centrifuge Data Report For UGU01" (download)
U. Gulerce; R. J. Armstrong; A. Khosravifar; R. W. Boulanger; and B. L. Kutter, "Pile Pinning Effects On A Bridge Abutment In Laterally Spreading Ground During Earthquakes: Centrifuge Data Report For UGU02" (download)
Documentation
Analysis
Images:
Project images not available.
Tags (keywords):
  1. Bridge Abutments
  2. Lateral Spreading
  3. Pile Pinning