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Experimental Investigation on the Seismic Performance of Horizontally Curved Bridges
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The experiment contains unprocessed data, metadata, and required documentation including the experiment report. The DOI was assigned.

Complete - 08/20/2013

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Experiment-8: Shake Table Testing of a Curved Bridge with Hybrid Isolation
Experiment Type: Shake Table
Description: Since these isolators are only used at the abutments, and monolithic or pinned connections remain at the piers, the technique is called hybrid isolation.
The objectives of this methodology are: 1) keep the column essentially elastic; 2) reduce the displacement demand of superstructure; and 3) minimize the pounding between the deck and the abutment. This technique is applicable to a wide range of bridges including those not suitable for full isolation, such as a bridge with a continuous superstructure that is monolithic with its piers. The application of hybrid isolation is suitable for both new bridges and retrofit work.
a series of shake table testings of a 2/5th, a three-span curved bridge model were conducted to investigate the response of bridges with hybrid isolation, and quantify the advantages and disadvantages of this approach in Large-Scale Structures laboratory at University of Nevada Reno.
Dates: November 30, 2011 - November 30, 2011
Facility: University of Nevada-Reno, NV, United States
Equipment: View Details
Specimen Type: Scaled Curved Bridge Model (view)
Material: BRB BRB (view)
Girders Girders (view)
Isolators Isolators (view)

Sensors: Hybrid Isolation Sensors
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Related Documents:
No files available
Tags (keywords):
  1. Hybrid Isolation
  2. Curved Bridge
Cite this work:
Chunli WEI, Ian Buckle (2013). "Shake Table Testing of a Curved Bridge with Hybrid Isolation", Network for Earthquake Engineering Simulation (distributor), Dataset, DOI:10.4231/D3GQ6R25D