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Past Projects
The following projects have already been completed using our facilities. 
Shallow Bridge Foundations in Liquefying Soils, Visit Project Page >> Modeling the Nonlinear, Effective Stress Seismic Response of Deep Silt Deposits, Visit Project Page >> Centrifuge Testing for Seismic Retrofit of BART Offshore Transbay Tube, Visit Project Page >> Development of Improved Procedures for a Seismic Design for Buried or Partially Buried Structures, Visit Project Page >> NEESR-GC: Seismic Risk Mitigation for Ports, Visit Project Page >> NEESR-II: Towards Developing an Engineering Procedure for Evaluating Building Performance on Softened Ground, Visit Project Page >> SGER: Development and Verification of In-flight Grouted Helical Pier Placement Technique for Use in Foundation Rehabilitation Investigations, Visit Project Page >> Pile Foundations in Liquefied and Laterally Spreading Ground, Visit Project Page >> STAP13: Design Guidelines for Foundation Rocking of Bridge Piers, Visit Project Page >> Inertial and Kinematic Load Combinations on Pile Foundations in Liquefying and Laterally Spreading Abutments, Visit Project Page >> Effect of Ground Deformations and Liquefaction on Bridges, Visit Project Page >> Collaborative Research: Dynamic Behavior of Slickensided Surfaces, Visit Project Page >> Collaborative Research: Demonstration of NEES for Studying Soil-Foundation-Structure Interaction, Visit Project Page >> Performance of Shallow Foundations, Visit Project Page >> Effects of Void Redistribution on Liquefaction Flow of Layered Soils, Visit Project Page >> Performance of Improved Ground Under Strong Seismic Loading , Visit Project Page >> Modeling of the Seismic Performance of Waterfront Embankment-Pile Wharf Systems, Visit Project Page >> Centrifuge Characterization and Numerical Modeling of the Dynamic Properties of Tire Shreds for use as Bridge Abutment Backfill, Visit Project Page >> Centrifuge Modeling of Cyclic Mobility and Lateral Spreading, Visit Project Page >> Comprehensive Investigation of Nonlinear Site Response: Collaborative Research with UC San Diego and UC Davis, Visit Project Page >> Rockfill Dams, Visit Project Page >> Seawalls II, Visit Project Page >> CAREER: Soil Improvement for Mitigating Liquefaction Hazards to Waterfront Retaining Structures, Visit Project Page >> Centrifuge Model Studies of the Seismic Response of Reinforced Soil Slopes, Visit Project Page >> Behavior of Piles in Laterally Spreading Ground During Earthquakes, Visit Project Page >> Seismic Response of LNG Production Facility Structures, Visit Project Page >> Dynamic Centrifuge Testing of Reinforced Soil Walls, Visit Project Page >> Settlement, Sliding, and Liquefaction Remediation of Layered Soil, Visit Project Page >> The Response of Piles During Earthquake: Dynamic Soil-Pile -Superstructure Interaction, Visit Project Page >> Centrifuge Modeling of the Seismic Performance of Seawalls for Man-made Islands, Visit Project Page >> Nonlinear Seismic Behavior of Cylindrical Earth Retaining Wall in Liquefiable Sandy Gravel, Visit Project Page >> |
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