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``Smart'' Base Isolation Systems
This paper investigates the effectiveness of several base isolation strategies for historical earthquakes of various magnitudes and characteristics. The strategies studied herein include isolation systems with lead-rubber bearings and with "smart" (semi-active) dampers. To demonstrate the advantages and disadvantages of the various approaches, historical earthquakes scaled to different magnitudes are used to excite an isolated building structure. Responses examined include: peak base and structural (relative) displacements, peak base and structural (absolute) accelerations, and peak applied forces. The adaptable nature of the smart damper system is shown to protect a structure from extreme earthquakes, without sacrificing performance during the more frequent, moderate seismic events.
``Smart'' Base Isolation Systems
This paper investigates the effectiveness of several base isolation strategies for historical earthquakes of various magnitudes and characteristics. The strategies studied herein include isolation systems with lead-rubber bearings and with "smart" (semi-active) dampers. To demonstrate the advantages and disadvantages of the various approaches, historical earthquakes scaled to different magnitudes are used to excite an isolated building structure. Responses examined include: peak base and structural (relative) displacements, peak base and structural (absolute) accelerations, and peak applied forces. The adaptable nature of the smart damper system is shown to protect a structure from extreme earthquakes, without sacrificing performance during the more frequent, moderate seismic events.
``Smart'' Base Isolation Systems
Ramallo, J. C. (Autor:in) / Johnson, E. A. (Autor:in) / Spencer, Jr., B. F. (Autor:in) / Sain, M. K. (Autor:in)
Structures Congress 2000 ; 2000 ; Philadelphia, Pennsylvania, United States
27.04.2000
Aufsatz (Konferenz)
Elektronische Ressource
Englisch
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