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    Shake Table Testing of a Near Full Scale Three-storey Friction Based Low Damage Steel Structure: Structural Design and Detailing (2020)

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    NZSEE2020_Z Yan et al-0042_ILEE Test.pdf (725.7Kb)
    Type of Content
    Conference Contributions - Published
    UC Permalink
    https://hdl.handle.net/10092/101366
    
    Publisher
    NZSEE
    Collections
    • Engineering: Conference Contributions [2296]
    Authors
    Yan Z
    MacRae G
    Dhakal, Rajesh cc
    Bagheri, H
    Clifton, G C
    Quenneville, P
    Ramhormozian, S
    Zhao, X
    Jia, L
    Xiang, P
    show all
    Abstract

    Recent severe earthquakes, such as the 2010-2011 Christchurch earthquake series, have put emphasis on building resilience all over the world. To achieve such resilience, procedures for low damage seismic design have been developed to satisfy both life safety requirements and the need to minimize undesirable economic effects of required building repair or structural member replacement following a major earthquake. Seismic resisting systems following this concept are expected to withstand severe earthquakes without requiring major post-earthquake repairs, using isolating mechanisms or sacrificial systems that either do not need repair or are readily repairable or replaceable. These include the sliding hinge joint with asymmetric friction connections (SHJAFCs) in beam-to-column connections of the moment resisting steel frames (MRSFs) and symmetric friction connections (SFCs) in braces of the braced frames. A 9 m tall, configurable three-storey steel framed composite floor building incorporating frictionbased connections is to be tested using two linked bi-directional shake tables at the International joint research Laboratory of Earthquake Engineering (ILEE) facilities, Shanghai, China. The structural systems are configurable, allowing different moment and braced frame structural systems tested in two horizontal directions. The structure is designed and detailed to undergo, at worst, minor damage under a planned series of severe earthquakes.

    Citation
    Yan Z, MacRae G, Dhakal R (2020). Shake Table Testing of a Near Full Scale Three-storey Friction Based Low Damage Steel Structure: Structural Design and Detailing. Wellington, NZ: Annual Conference of NZ Society for Earthquake Engineering (NZSEE20). 22/04/2020-24/04/2020.
    This citation is automatically generated and may be unreliable. Use as a guide only.
    ANZSRC Fields of Research
    40 - Engineering::4005 - Civil engineering::400506 - Earthquake engineering
    40 - Engineering::4005 - Civil engineering::400509 - Structural dynamics
    40 - Engineering::4005 - Civil engineering::400510 - Structural engineering
    Rights
    All rights reserved unless otherwise stated
    http://hdl.handle.net/10092/17651

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    • Shaking table testing of a three-storey steel frame building incorporating friction-based connections : Structural design and detailing 

      Yan Z; Ramhormozian S; Clifton C; Bagheri H; MacRae G; Quenneville P; Zhao X; Jia LJ; Xiang P; Dhakal, Rajesh (2020)
      Recent severe earthquakes, such as Christchurch earthquake series, worldwide have put emphasis on building resilience. In resilient systems, not only life is protected, but also undesirable economic effects of building ...
    • Shaking Table Test of a Near Full Scale Low Damage Structural Steel Building: Structural Aspects 

      Yan Z; MacRae G; Dhakal, Rajesh; Bagheri, H; Clifton, C; Quenneville, P; Ramhormozian, S; Zhao, X; Jia, L; Xiang, P (NZSEE, 2019)
      Recent severe earthquakes worldwide have put emphasis on building resilience. To achieve this procedures for low damage seismic design have been developed to satisfy the life safety requirement and to minimize the ...
    • A low-damage steel structure using resilient slip friction joint for a full-scale shaking table test 

      Bagheri H; Hashemi A; Zarnani P; Quenneville P; Yan Z; Clifton C; MacRae G; Zhao X; Jia L-J; Xiang P; Dhakal, Rajesh (2020)
      The objective of this study is to present the design and numerical analysis for some structural applications of Resilient Slip Friction Joint (RSFJ) as low-damage structural systems in a steel structure for shaking table ...
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