The George E. Brown, Jr. Network for Earthquake Engineering Simulation (NEES) is a national network of shared facilities and tools, and a centerpiece of the NSF effort to understand earthquakes and prevent or mitigate the damage they cause. NEES sites across the United States feature shake tables, geotechnical centrifuges, a tsunami wave basin, large-scale testing facilities, and mobile and permanently installed field equipment. Together they help researchers understand how earthquake and tsunami forces affect ground motion and soil liquefaction, the built environment--such as buildings, bridges, and utility systems--and nearshore and coastal environments.
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Multi-Axial Subassemblage Testing LaboratoryResearchers use MAST Lab equipment to twist, compress or stretch components of large structures to study what happens during earthquakes and other ext... Type: Facilities & Networks | |
Multi-Axial Full-Scale Sub-Structural Testing & SimulationThe MUST-SIM facility provides a total testing-analysis-visualization-display environment that combines the ability to test full-scale subassemblies u... Type: Facilities & Networks | |
Network for Earthquake Engineering Simulation at Berkeleynees@berkeley models large-scale structures and tests their response to earthquake forces... Type: Facilities & Networks | |
Structural Engineering & Earthquake Simulation LaboratoryResearchers at SEESL conduct experiments to learn how large structures react to the forces of earthquakes.... Type: Facilities & Networks | |
Real Time Multi-Directional Testing FacilityRTMD tests the effects of gravity and other physical forces generated by violent shaking on "life-size" walls, columns, beams, and other structural co... Type: Facilities & Networks | |
Cornell Large-Scale Lifelines Testing FacilityThe Lifelines Group conducts earthquake engineering tests on the structural integrity of underground pipelines as well as surface level structures.... Type: Facilities & Networks | |
Permanently Instrumented Field SitesThese permanently instrumented geotechnical test sites managed by enable researchers to better understand the effects of surface geology on strong gro... Type: Facilities & Networks | |
Earthquake Engineering Mobile LaboratoryUCLA¿s mobile laboratory allows scientists to conduct earthquake engineering research where structures already exist or test the soil where future bui... Type: Facilities & Networks | |
Center for Geotechnical ModelingCenter for Geotechnical Modeling researchers conduct earthquake centrifuge modeling to study the affect of gravity on soil samples or small-scale mode... Type: Facilities & Networks | |
Center for Earthquake Engineering SimulationCEES researchers conduct earthquake centrifuge modeling to study the affect of gravity on soil samples or small-scale models of structures.... Type: Facilities & Networks | |
Large-Scale Mobile Shakers & Associated Instrumentation for Dynamic Field Studies of Geotechnical & Structural SystemsThe mobile shakers and instruments at the University of Texas make it possible to conduct tests on-site to understand the earthquake forces and their ... Type: Facilities & Networks | |
Large Scale Structures LaboratoryThe Large Scale Structures Laboratory features a biaxial, multiple shake table facility (with three identical biaxial shake tables) capable of earthqu... Type: Facilities & Networks | |
Large High Performance Outdoor Shake TableThe Large High Performance Outdoor Shake Table allows researchers to simulate and study the most devastating earthquakes ever recorded.... Type: Facilities & Networks | |
Tsunami Research FacilityThe Tsunami Research Facility allows engineers and scientists to investigate the effects of tsunamis on model buildings and other structures.... Type: Facilities & Networks | |
George E. Brown, Jr. Network for Earthquake Engineering SimulationNEES is the centerpiece of NSF¿s ongoing priority to understand earthquakes and prevent or mitigate their damage... Type: Facilities & Networks |
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