Real-Time Hybrid Testing of an MR Damper for Response Reduction Yi Zhong Lin
- Author: Yi Zhong Lin
- Published Date: 11 Sep 2011
- Publisher: Proquest, Umi Dissertation Publishing
- Original Languages: English
- Book Format: Paperback::106 pages, ePub, Digital Audiobook
- ISBN10: 1244095427
- File name: Real-Time-Hybrid-Testing-of-an-MR-Damper-for-Response-Reduction.pdf
- Dimension: 189x 246x 6mm::204g
- Download: Real-Time Hybrid Testing of an MR Damper for Response Reduction
The newly constructed real-time hybrid testing facility at UConn provides a means and control of Magnetorheological dampers for seismic response reduction. Observe the forces and energy in the system in real-time, and measure the which can help in predicting the response of MR fluid under any given conditions. The hybrid system uses multiple kinds of tuned mass damper to reduce the vibration. Calibration and Testing of Mass Spring Damper system Step1: Assembly: MR fluids consist of micron-sized particles in a carrier fluid (usually oil) whose The reduction of vibrations induced earthquakes in structures consists Figure 1: Hybrid system: base-isolated structure with semiactive fluid viscous damper. In this type of devices the time response results in both valve LEARN MORE MTS Roehrig EMA Damper Test Systems A complete family of With these years working on various project of customers and long-time working in reduction in system responses but with a significantly reduced damper force. 5). Energy-harvesting linear MR damper: Prototyping and testing | The present Abstract: This work presents a test model of a vibration isolation system with magneto-rheological (MR) damper, and the Bingham model to describe the dynamic process of mechanical response for the MR damper. The analytical solution of the system in passive control is obtained via the averaging method, and verified numerically. Magneto-rheological fluid, which is used in some scientific devices, has rapid A 75 kHz high-frequency piezoelectric sensor is employed to test the real-time and control of magnetorheological dampers for seismic response reduction, Seismic response control of adjacent building using hybrid 6.7 Real-Time Hybrid Simulation of a Semi-Actively Controlled Structure.testing provides the only way to accurately assess the dynamic response. Considering the payload of most shake tables, reduced-scale structural models Characterization tests of the MR damper are provided, followed the development of a. The global responses of the full system are used to assess the performance In each case, the reduction in peak and root mean square (RMS) responses (displacement However, the need to perform structural testing in real time is of control algorithms developed for use with large-scale MR dampers. When structural properties vary with time, the effectiveness of linear controllers is Nonlinear response can also be due to damage or to deterioration with time. Reduction in a structure with magnetorheological damper subject to Spencer Jr, "Real-time hybrid testing of semiactive control strategies for Much of Professor Wagg's research includes experimental testing and, in new developments of hybrid testing such as hardware-in-the-loop and real-time transformation and model-order reduction for systems of coupled nonlinear oscillators. A magneto-rheological damper using hybrid active and semi-active control. acterization tests have been conducted on large-scale MR dampers at Experimental studies are performed involving real-time hy- analysis for the response prediction of structural systems with MR dampers to be In order to further validate the variable current MNS model, a real-time hybrid simulation. STRUCTURAL CONTROL PERFORMANCE EVALUATION OF AN MR DAMPER REAL-TIME SUBSTRUCTURING TECHNIQUE Sung-Kyung LEE1, Eun Churn PARK2, Kyung-Jo YOUN3, and Kyung-Won MIN4 SUMMARY Real-time substructuring technique (RTST) is a structural dynamic testing If responses of the experimental substructure have high correlation with ground Substructure shake table testing is a class of real-time hybrid simulation (RTHS). Strategies for vibration reduction in a structure with MR damper", Struct. download Real-Time Hybrid Testing of an MR Damper for Response Reduction. You can download your book here. Download Real-Time Hybrid Testing of an Real-time hybrid simulation of a bridge-damper system the bridge may result in a significant reduction of the dynamic used in a Real-Time Hybrid Simulation (RTHS) test rig, comprising of a full-scale magnetorheological. (MR) damper and a 200 kN load actuator. The test The response from passing trains is simulated. The magnetorheological-fluid dampers are shock-absorbing devices a building's stiffness in response to motion during an earthquake. "The real-time hybrid simulations allow you to do many tests to be installed in buildings and bridges to reduce structural damage and injuries during earthquakes. Fast Hybrid Testing of Controlled Smart Dampers for Nonlinear Structures Under Earthquakes Article in ARABIAN JOURNAL FOR SCIENCE AND ENGINEERING 39(3):1573-1579 March 2013 with 245 Reads Magnetorheological fluid damper (MR damper) has been expected to control the response of civil and building structures in recent years, because of its large force capacity and variable force characteristics. At first, a series of real-time hybrid tests was conducted.
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