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Semiactive Control of Nonlinear Structures
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Schematic of fast hybrid test system for semiactive control devices

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This project was originally curated in 2009 and enhanced in 2010. Metadata were reviewed and if necessary corrected, visualization files were added. Additional documentation if missing was supplemented. This project may contain files that were not contributed by the original research team during their project.

Complete - 08/31/2011

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PI(s): Richard Christenson
Dates: May 16, 2005 - September 30, 2007
Facility: RPI
Texas A & M University, TX, United States
Utah State University, UT, United States
Washington University, MO, United States
University of Colorado at Boulder, CO, United States
University of Connecticut, CT, United States
Organization(s): RPI
Texas A & M University, TX, United States
University of Colorado at Boulder, CO, United States
University of Connecticut, CT, United States
Utah State University, UT, United States
Washington University, MO, United States
Description: This pre-NEESR project will conduct fast-hybrid testing at the CU NEES FHT facility using large-scale Magneto-Rheological fluid dampers (built by the Lord Corporation) as semiactive control devices distributed throughout a simulated structure for seismic protection.
Website(s): NEES MR Damper Project (view)
Group Space: Project:Semiactive Control of Nonlinear Structures
Report on Data Status: View Report
Equipment: View Details
Tools: inDEED
Publications:
Yi Lin, "Real-Time Hybrid Testing of an MR Damper for Response-Reduction" (view)
Aly Mousaad Aly Sayed Ahmed; Richard Christenson, "On the evaluation of the efficacy of a smart damper: a new equivalent energy-based probabilistic approach " (view)
Documentation:
Analysis:
No files available
Images:
Tags (keywords):
  1. Nonlinear Structure
  2. Structural Damping
  3. Real-Time Hybrid Simulation
  4. Magneto-Rehological Fluid Damper
Data Re-use Status: This Project does not reuse data from other projects.