Timber–concrete composite beams and slabs require interlayer connectors, which provide
composite action in the cross-section. A range of mechanical connectors is available on the …

This paper introduces a new, structural wood–concrete composite system. The system is
formed by joining a wood component, such as a floor beam or laminated plate, to a concrete …

Load-carrying capacity of timber–concrete composite joints is usually evaluated using shear
tests, which still lack specific standards. Regulations EN 26891 [1] and ASTM D 5652 [2] are …

The use of composite beams made with traditional concrete and bio-based materials (such
as timber and bamboo) is a valuable solution to reduce the environmental impact of the …

This paper reports the results of experimental push-out tests on three different types of
timber–concrete composite (TCC) connections, including normal screw, SFS and bird …

To evaluate the feasibility of adopting glued perforated steel plate (GSP) connections in
prefabricated timber-concrete composite (PTCC) structures, two series of tests were …

In conventional timber–concrete composite (TCC) beams, timber joists and concrete slabs
are connected permanently; however, the permanent timber–concrete connections can …

This paper presents a summary of the experimental programmes and theoretical analysis of
the bending performance of non-prestressed and prestressed timber-concrete composite …

To support the parametric analysis of timber-concrete composite (TCC) beams and the
structural analysis of TCC frame systems, the computational effectiveness of various …

This paper presents the results of long-term experiments performed on three timber-concrete
composite (TCC) beams. An innovative fabricated steel plate connection system, which …