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Award Abstract #0927178

NEES Operations

NSF Org: CMMI
Div Of Civil, Mechanical, & Manufact Inn
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Initial Amendment Date: September 8, 2009
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Latest Amendment Date: September 4, 2015
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Award Number: 0927178
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Award Instrument: Cooperative Agreement
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Program Manager: Joy Pauschke
CMMI Div Of Civil, Mechanical, & Manufact Inn
ENG Directorate For Engineering
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Start Date: October 1, 2009
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End Date: September 30, 2015 (Estimated)
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Awarded Amount to Date: $100,615,646.00
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Investigator(s): Julio Ramirez ramirez@purdue.edu (Principal Investigator)
Thalia Anagnos (Co-Principal Investigator)
Barbara Fossum (Co-Principal Investigator)
Thomas Hacker (Co-Principal Investigator)
Ellen Rathje (Co-Principal Investigator)
Rudolf Eigenmann (Former Co-Principal Investigator)
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Sponsor: Purdue University
Young Hall
West Lafayette, IN 47907-2114 (765)494-1055
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NSF Program(s): NEES OPERATIONS,
UNDISTRIBUTED PANEL/IPA FUNDS
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Program Reference Code(s): 036E, 043E, 1057, 151E, 1576, 7231, 9102, CVIS
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Program Element Code(s): 7470, 9199

ABSTRACT

Earthquakes and tsunamis have the potential within the United States to cause significant casualties and damage to buildings, bridges, critical utility lifelines, and other civil infrastructure. To reduce this risk, the George E. Brown, Jr. Network for Earthquake Engineering Simulation (NEES) originated as a national, multi-user research infrastructure to enable research and innovation in earthquake and tsunami loss reduction, create an educated workforce in hazard mitigation, and conduct broader outreach and lifelong learning activities.

Purdue University, through this cooperative agreement, will lead, manage, operate, and maintain NEES from FY 2010 to FY 2014. NEES consists of (1) a managing headquarters located at Purdue University, (2) fourteen, state of the art earthquake engineering and tsunami experimental facilities located at and locally operated by universities across the United States, (3) the NEEShub cyberinfrastructure framework, and (4) powered by NEEShub, the NEES Academy for education, outreach, and informal science education. Information about NEES is available at http://www.nees.org.

The NEES facilities, located at Cornell University; Lehigh University; Oregon State University; Rensselaer Polytechnic Institute; University at Buffalo, The State University of New York; University of California, Berkeley; University of California, Davis; University of California, Los Angeles; University of California, San Diego; University of California, Santa Barbara; University of Illinois, Urbana-Champaign; University of Minnesota, Twin Cities; University of Nevada, Reno; and University of Texas at Austin, include single (outdoor), dual, and triple shake tables; geotechnical centrifuges with in-flight biaxial shakers and robotic tools; a tsunami wave basin; laboratories for testing large-scale structures, soil-foundation-structure interaction systems, and lifeline systems; mobile geotechnical and structural testing field equipment; and two permanently instrumented field sites in southern California. Other organizations participating in NEES operations include Fermi National Accelerator Laboratory; San Jose State University; University of Florida, Gainesville; University of Kansas, Lawrence; University of Michigan, Ann Arbor; and University of Washington, Seattle.

For intellectual merit, NEES provides the earthquake and tsunami hazard mitigation communities with a research infrastructure to make discoveries, translate discoveries to engineering demonstrations, develop innovative technologies, and transition technology advances to industry, engineering practice, and seismic design provisions. The experimental facilities and a user-requirement driven cyberinfrastructure powered by NEEShub provide an open access, collaborative, and data-rich experimental and analytical infrastructure for research, education, and technology transfer across earthquake engineering and related fields. NEEShub, which is based on HUBzero technology previously developed at Purdue University, seamlessly integrates the fourteen facilities and their telepresence capabilities, a publicly accessible curated data repository, web-based collaborative tools, access to leading edge compute resources, and open source computational tools. Using Internet2, the NEES cyberinfrastructure will enable hybrid testing methods (coupled computational and physical simulations) as well as multi-site hybrid simulation.

Broader impacts are realized through open access to the NEES infrastructure for research and education. Technical staff operating the experimental facilities and cyberinfrastructure powered by NEEShub offer training workshops to help researchers, educators, and students discover and use NEES resources. NEEShub's user-friendly, web-based tools facilitate access to NEES resources; contribution of research findings, experimental data, educational materials, and computational and visualization tools; and the reuse of NEES experimental data for follow-on research. NEES provides for the integration of research findings and activities with education, outreach, and training, thus enabling the smooth transition of ideas from conception to education to practice. NEES has the potential to become the global resource for earthquake engineering simulation and education, serving not only researchers in countries advanced in seismic design and construction, but also as a 24/7 resource for researchers in countries with less developed civil infrastructure and seismic provisions. The NEES Academy provides a community resource for educational materials, on-line learning, and outreach across the age spectrum. The NEES Academy supports outreach to the profession, providing a mechanism to bridge theories to practice and the needs of practice to research priorities. Faculty and staff at the NEES facilities support ongoing local outreach efforts, such as K-12 camps, museum exhibits, and informal science education.

This award is part of the National Earthquake Hazards Reduction Program (NEHRP), http://www.nehrp.gov.


PUBLICATIONS PRODUCED AS A RESULT OF THIS RESEARCH

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Browning, J., Pujol, S., Eigenmann R., and Ramirez, J.. "(2013). NEEShub Databases-Quick access to concrete data, Concrete International, ACI, 35(4), pp. 55-60.," Concrete International, v.35, 2013, p. pp. 55-60. 

Hacker, T., Eigenmann, R., Rahtje, E. (2013). "Advancing Earthquake Engineering Research Through Cyberinfrastructure,," Journal of Structural Engineering, American Society of Civil Engineers,, v.139(7), 2013, p. 1099-1111. 

Hacker T. J., Eigenmann, R., Irfanoglu, A., Pujol, S., Rathje, E., Catlin, A., Bagchi, S. (2011).. "Developing an
Effective Cyberinfrastructure for Earthquake Engineering: The NEEShub," , IEEE Computing in Science & Engineering., v.13, 2011, p. 67-68.

Abdelnaby A. and Frankie T. and Elnashai A. and Spencer Jr B. and Kuchma D. and Silva P. and Chang C.. "Numerical and Hybrid Analysis of a Curved Bridge and Methods of Numerical Model Calibration," Engineering Structures, v.70C, 2014, p. 234--245.

Abdelnaby A. and Frankie T. and Spencer Jr B. and Elnashai A.. "Numerical Hybrid Simulation Modeling Verification for a 3-Pier Bridge," Journal of Systemics, Cybernetics and Informatics, v.11, 2013, p. 48--51.

Aguiniga F. and Cox D. T. and Gupta R. and Jaiswala M. and Sai J. O. and van de Lindt J. W.. "Experimental Study of Tsunami Forces on Structures," Engineering Mechanics Institute Conference, 2010, p. 89--90.

Anagnos T. and Lyman-Holt A. and Marin-Artieda C. and Momsen E.. "Impact of engineering ambassador programs on student development," Journal of STEM Education: Innovations and Research, v.15, 2014.

Bridges K. and Cox D. T. and Thomas S. and Shin S. and Rueben, M.. "Large-Scale Wave Basin Experiments on the Influence of Large Obstacles on Tsunami Inundation Forces," Coastal Structures ?11, ASCE, Yokohama,Japan, 2011.

Cao L. and Downey A. and Laflamme S. and Taylor D. and J. Ricles. "Variable Friction Device for Structural Control Based on Duo-Servo Vehicle Brake: Modeling and Experimental Validation," Journal of Sound and Vibration, 2014.

Carrion J. and Spencer Jr B. and Phillips B.. "Real-Time Hybrid Simulation for Structural Control Performance Assessment," Earthquake Engineering and Engineering Vibration, v.8, 2009, p. 481--492.


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