A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
DESIGN OF NAILED TIMBER-CONCRETE COMPOSITE JOINT ACCORDING TO EUROCODE AND FEA
During rehabilitation of residential buildings built in the first half of the 20th century, it is necessary to strengthen timber floors so they can fulfill the requirements of strength and serviceability according to contemporary regulations. Floors made of monolithic timber girders can be most easily strengthened by forming a composite structure with a reinforced concrete slab supported on a trapezoidal steel sheeting, with appropriate connections between different materials. In the paper, the procedure of calculation of nails used as shear connectors for composite action of timber and concrete is presented. The procedure is based on equations given in Eurocode 5, and besides that, a calculation applying FEM has been conducted, and a comparison of results is presented.
DESIGN OF NAILED TIMBER-CONCRETE COMPOSITE JOINT ACCORDING TO EUROCODE AND FEA
During rehabilitation of residential buildings built in the first half of the 20th century, it is necessary to strengthen timber floors so they can fulfill the requirements of strength and serviceability according to contemporary regulations. Floors made of monolithic timber girders can be most easily strengthened by forming a composite structure with a reinforced concrete slab supported on a trapezoidal steel sheeting, with appropriate connections between different materials. In the paper, the procedure of calculation of nails used as shear connectors for composite action of timber and concrete is presented. The procedure is based on equations given in Eurocode 5, and besides that, a calculation applying FEM has been conducted, and a comparison of results is presented.
DESIGN OF NAILED TIMBER-CONCRETE COMPOSITE JOINT ACCORDING TO EUROCODE AND FEA
Miloš Milić (author) / Predrag Petronijević (author) / Todor Vacev (author) / Andrija Zorić (author) / Ivan Nešović (author)
2022
Article (Journal)
Electronic Resource
Unknown
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