Journal of Structural and Construction Engineering (Transactions of AIJ)
Online ISSN : 1881-8153
Print ISSN : 1340-4202
ISSN-L : 1340-4202
BENDING BEHAVIOR AND DESIGN METHOD FOR HYBRID TIMBER–STEEL BAR GLULAM BEAM SUBJECTED TO SHORT-TERM LOADING
Shinichi SHIOYA
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2019 Volume 84 Issue 756 Pages 247-256

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Abstract
Hybrid glulam timber beam reinforced with deformed steel bar (rebar) and epoxy resin adhesive is reported on followings:
1. Review of works of the hybrid timber beam, importance of increasing bending stiffness under short-term loading by 3-4 times of those of conventional glulam timber beam, and target of this study are described.
2. The hybrid timber beam adopted a large amount of rebar was tested by short-term loading.
3. Equations for allowable moment, bending strength, moment-curvature of the hybrid timber bam are proposed.
4. Equations for shear deformation of the hybrid timber beam are also proposed.
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© 2019 Architectural Institute of Japan
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