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The Structural Engineer

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The Structural Engineer

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The Structural Engineer

The most common connection in historic green oak framing vernacular architecture is the all-timber pegged mortice and tenon joint. This paper outlines a series of tests completed to investigate the pull-out, bending and shear behaviour of the mortice and tenon joint. Initially strength and stiffness characteristics of different peg types subject to pull-out (joint tension) loading and the effect of fit tolerance on pull-out performance of mortice and tenon joints are reported. Thereafter joint moment resistance and shear capacity tests are reported and links between the pull-out performance and rotational stiffness discussed. Finally, a series of braced sub-frame tests are reported, to which upperbound plasticity theory is successfully applied to predict collapse load. J. D. Shanks, MEng, AMIAgrE Dept of Architecture & Civil Engineering, University of Bath P. Walker, BSc, PhD, MIEAust, CPEng Dept of Architecture & Civil Engineering, University of Bath

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Author – Shanks, J D;Walker, P

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The Structural Engineer

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The Structural Engineer

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The Structural Engineer

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Author – Self, Martin;Stone, Jonathan

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The Structural Engineer

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Author – Stansfield, Kathy

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The Structural Engineer

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Author – Sulman, David

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The Structural Engineer

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