Reducing carbon emissions in the construction sector is essential in a period of climate
emergency. Disassembly and reuse of structural members are considered to reduce the …

The shear connection between the steel and the timber slab is one of the keys to designing
steel-timber composite (STC) beams. By three groups of four-point bending tests and finite …

This paper presents an investigation of aluminium-timber composite (ATC) beams subjected
to bending. In the proposed ATC beam, a timber slab was connected to an aluminium beam …

Purpose The construction sector is interested in considering environmental implications as
necessary criteria for sustainability. In this regard, wood materials, especially engineering …

This study introduces an innovative demountable steel-timber composite (STC) flooring
system with potential for reuse. The flooring system consists of downstanding hot-rolled I …

Steel-timber composite floors have received much attention in the past years due to their
lightweight, high construction and dismantling speed, low pollution and energy …

State-of-the-art steel-timber composite structures (STC), using cold-formed steel (CFS) and
cross-laminated timber (CLT), are considered in this review. Literature on this type of …

This paper presents experimental and numerical investigations into the deformation rate-
dependent constitutive response of steel-timber shear connections with screws. After …

Detailed 3D nonlinear finite element (FE) analyses of steel-timber composite (STC)
cruciform subassemblies including material, geometrical and contact nonlinearities are …

In this paper, the long-term behaviour of steel-timber composite (STC) beams under
sustained load is numerically investigated. The long-term constitutive law of timber that …