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PRJ-1783 | LEAP-2017 GWU Laboratory Tests
Cite This Data:
Park, H., M. ElGhoraiby, M. Manzari (2018). LEAP-2017 GWU Laboratory Tests. DesignSafe-CI. https://doi.org/10.17603/DS2210X

Authors; ;
Date of Publication2018-10-15
Awards
NSF-CMMI 1635524 (PI: Manzari), NSF-CMMI 1635040 (PI: Zeghal), and NSF-CMMI 1635307 (PI: Kutter)
KeywordsCyclic Triaxial Test, Hydrulic Conductivity, Liquefaction Strength, Minimum and Maximum void ratios, Ottawa F-65 sand, Stress-strain Response
DOI10.17603/DS2210X
Description:

This project documents an extensive series of laboratory tests performed at the George Washington University to characterize the basic properties and stress-strain-strength response of Ottawa F-65 sand in cyclic loading conditions. The results of these experiments as well the monotonic and cyclic triaxial tests conducted in LEAP-2015 project were provided to all the numerical simulation teams who participated in the LEAP-2017 prediction exercise. The simulation teams used these results to calibrate the constitutive models that they planned to use in numerical simulations of LEAP-2017 centrifuge tests.

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Data Depot | DesignSafe-CI