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Experimental Study on the Seismic Behaviour of Mortise–Tenon Joints of the Ancient Timbers

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Mortise–tenon joints (MTJs) have been playing a crucial role in traditional timber structures to resist service and earthquake loading. In the present work, an experimental study was carried out to investigate the seismic performance of joints of ancient timber structure. Five types of joints from Fu-Jiu Zhou house, a historical building in Yangzhou city, were selected as the test prototype. All of the members of the test specimens were directly extracted from the aged building and were manufactured according to traditional methods. Based on the cyclic loading tests, efforts have been made to investigate the hysteresis curves, backbone curves and energy dissipation of the MTJs. The test results indicate that the bearing bracket in the tenon can improve pulling-out resistance capacity, rotational stiffness and energy dissipation of MTJs, and reduce the bending capacity. It is suggested that the dovetail MTJ may be one of the best connection configurations for pulling-out resistance and bending capacity.
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Document Type: Research Article

Publication date: 01 November 2017

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    Structural Engineering International (SEI), the quarterly Journal of IABSE, published since 1991, is the leading international journal of structural engineering dealing with all types of structures and materials. SEI offers its readers a unique blend of short profiles on recent structures, and longer, in-depth technical articles on research, development, design, construction and maintenance. Articles are written by practicing engineers and academia from around the world and reflect the high standards of IABSE. IABSE Peer Review stamps are given to papers that have passed through a highly selective review process and demonstrate a significant contribution to the state of structural engineering knowledge.To recognise contributions of the highest quality, an Outstanding Paper Award is presented each year.

    SEI is printed in Switzerland; ISSN 1016-8664; E-ISSN 1683-0350
    Abstracted and indexed at: Web of ScienceSM; Science Citation Index Expanded (SciSearch); Journal Citation Reports/Science Edition; Current ContentsR/Engineering, Computing and Technology; CAB Abstracts database; INSPEC, CBA and others.

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