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The Pacific Earthquake Engineering Research (PEER) Center has expanded its Tall Building Initiative project to include the seismic performance of existing tall buildings. [...]
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The dynamic response of a seismically isolated structure depends on the combined characteristics of the ground motion, bearings, and superstructure. Therefore, dynamic fu [...]
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Resilience assessment is a complex and challenging process. It is interrelated to variety of aspects such as social, economic, ecological, etc. The objective of this rese [...]
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The global trend towards urbanization has led to unprecedented numbers of people working and living in tall buildings. For cities located in regions susceptible to strong [...]
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Over the last decade, the introduction of high performance response modification devices to improve structural behavior of components and/or systems under extreme loading [...]
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For cities located in regions susceptible to strong earthquake shakings, seismic design of buildings and other facility is always a critical concern for structural engine [...]
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Conventional steel braced frames have a tendency to form weak stories during strong earthquake shaking, concentrating damage in a few stories while the rest of the frame [...]
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Mahin, Stephen
In response to recent earthquakes worldwide, more attention is being placed on what performance objectives are appropriate for buildings and other structures that may be [...]
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To evaluate a seismic response of bridge systems, it is important to adopt the most appropriate model for each component. In this study, the seismic response of a bridge [...]
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Hybrid simulation provides a versatile, realistic and cost-effective method for simulating dynamic response experimentally. Although hybrid simulation is undergoing wides [...]
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