Analytical assessment for comparisons of triple-t precast concrete-timber composite floor using gamma method
Concrete-timber composite floor is a construction technique combining two materials, concrete and timber, connected together using some form of interlayer shear connectors either positioned discretely or continuously along the span of the floor. The interlayer connections provide the des...
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| Main Authors: | , , |
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| Format: | Article |
| Language: | English |
| Published: |
2012
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| Subjects: | |
| Online Access: | http://eprints.uthm.edu.my/7998/1/J5300_ee0380944d4800bd59a90a254754dc34.pdf http://eprints.uthm.edu.my/7998/ |
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| Summary: | Concrete-timber composite floor is a
construction technique combining two materials,
concrete and timber, connected together using
some form of interlayer shear connectors either
positioned discretely or continuously along the
span of the floor. The interlayer connections
provide the desired composite action, where the
degree of this composite action is governed by the
types of connection system used in the concrete�timber composite system. This analytical method.
The analytical method here refers to a design
procedure known as Gamma Method
recommended in the Eurocode 5 Annex B for
bending stiffness, (EI)eff. This quantity obtained
experimentally and analytically was compared
and the reliability of Gamma method was
investigated.
concrete-timber composite system. In this method,
the specific quantity to express the structural
performance of the composite system is the
effective paper presents the preliminary study on
the structural performance of a proposed triple-T
precast concrete-timber composite floor subjected
to collapse load. The structural performance
derived experimentally through four-point
bending collapse test was compared to the same
performance established using |
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