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Large-Scale Real Time Hybrid Simulation for Validation of Advanced Damping Systems
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18 Jun 2013 | Multimedia | Contributor(s): Shirley Dyke, Anthony Friedman, Tong Li, Ali Irmak Ozdagli
Magnetorheological damper is a type of advanced damping system that can reduce the impact of earthquakes on structures. This video demonstrates the project that applies magnetorheological damper...
Development and Experimental Validation of a New Control Strategy Considering Device Dynamics for Large-Scale MR Dampers using Real-Time Hybrid Simulation
17 Jun 2013 | Publications | Contributor(s): Anthony Friedman, Shirley Dyke
As MR control devices increase in scale for use in real-world civil engineering applications, their dynamics become increasingly complicated. Control designs that are able to take these...
Seismic Fragility Relationships for Civil Structures with Semi-Active Control Devices
05 Jan 2011 | Publications | Contributor(s): Waleed Barnawi
Development of techniques for seismic mitigation has become increasingly important for communities throughout the world. Of the many available techniques, structural control has emerged as a...
Acceleration Feedback Strategies for Active and Semiactive Control Systems: Modeling, Algorithm Development, and Experimental Verification
16 Dec 2010 | Publications | Contributor(s): Shirley Dyke
Most of the current research on active structural control for aseismic protection has been based on either full state feedback strategies or velocity feedback strategies. However, accurate...