Gothenburg / Washington / DC / Pawtucket / Espoo / Chichester / Toronto / Ottawa / Lyngby / /
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Forest Products Laboratory / John Wiley and Sons / Sorensen Inc. / /
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United States / Canada / United Kingdom / Sweden / Finland / Denmark / / /
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Product Issues / /
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Lund University / University of New Brunswick / Technical University of Denmark / Växjö University / Technical Research Centre / Chalmers University of Technology / London South Bank University / Prince Mohammad Bin Fahd University / /
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engineered wood product / finite element software / minute using electronic devices / hybrid building systems / structural applications / superstructure systems / steel / /
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South Bank University / London / Technical University of Denmark / US Department of Agriculture / Prince Mohammad Bin Fahd University / Technical Research Centre / Department of Civil Engineering / Natural Sciences and Engineering Research Council of Canada / Canadian Standards Association / Lund University / Chalmers University of Technology / Växjö University / University of New Brunswick / /
MOISTURE INDUCED DEFORMATIONS IN GLULAM MEMBERS - EXPERIMENTS AND 3-D FINITE ELEMENT MODEL Henry Meleki1, Ian Smith2, Andi Asiz3 ABSTRACT. Experiments were performed on scaled spruce glued-laminated timber (glulam) bendi