NEES.org will be intermittently unavailable Saturday, January 3, for scheduled maintenance. All tool sessions will be expired. We apologize for any inconvenience that may occur.

Support

Support Options

Submit a Support Ticket

 
You are here: Home » Project Warehouse » NEES-2009-0732

NEES Project Warehouse

Design of soil and structure compatible yielding to improve system performance
No reviews have been created for this project. Review This Project


3430 Views

14284 Downloads

Curation progress:
Experiment-3The required item is complete or has all elements.
Experiment-4The required item is complete or has all elements.
Experiment-2
Experiment-5The required item is complete or has all elements.
Experiment-6The required item is complete or has all elements.
Experiment-7The required item is complete or has all elements.

Project contains curated and publicly available experiments.

Current - 06/20/2013

Last curation request: 04/23/2012

What's this?

The curation dashboard shows your progress as you add required elements to your project or experiment.

Complete
Incomplete
None

To access data, please select an experiment on the Experiments tab.

Executive Summary: Download Document
PI(s): Bruce Lloyd Kutter, Mark Aschheim, Tara Hutchinson, Sashi Kunnath
Dates: October 01, 2009 - March 03, 2014
Facility: University of California, Davis, CA, United States
Organization(s): Santa Clara University, CA, United States
University of California, Davis, CA, United States
University of California, San Diego, CA, United States
Description:
Hundreds of billions of dollars and thousands of lives are at risk when a major earthquake shakes a metropolitan area. Building damage or collapse is one of the primary contributors to the risk. Huge investments are being made to improve performance... (more)
Website(s): project site at nees.ucdavis.edu (view)
Group Space: Project:Design of soil and structure compatible yielding to improve system performance
Report on Data Status: View Report
Equipment: View Details
Publications:
Manny Hakhamaneshi; Bruce Lloyd Kutter, "Effect of moment-to-shear ratio on the deformation of rocking shallow foundations - Phase 2 Data Report" (view)
Documentation:
Analysis:
Images:
Tags (keywords):
  1. geotechnical centrifuge
  2. earthquake engineering
  3. rocking foundation
  4. SFSI
  5. performance based design
  6. Soil-Structure Interaction
Data Re-use Status: This Project does not reuse data from other projects.