Composite construction elements are gaining extensive attention due to their high
performance and reliability. Timber–concrete composite is one of the well-known …

Double-shear tests are reported on beech LVL-concrete composite connections based on
coach screw connectors singly inclined at either 45° or 90°. On different specimens with the …

This paper investigates the mechanical behaviour of lap steel-timber composite connections
using a 3-D continuum-based finite element (FE) model. In the FE models developed, 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 …

This paper describes tests on a novel composite floor system constructed by connecting
prefabricated concrete slabs to timber joists. Seven types of shear connectors have been …

Timber-concrete composite (TCC) systems are effective solutions for the construction of new
structural floors and the rehabilitation of the existing ones. Nevertheless, the subject of …

Abstract The Mass Timber Panel-Concrete (MTPC) composite floor systems are often
encountered in mass timber buildings. Such a floor system consists of a Mass Timber Panel …

This paper describes experimental investigations on timber-concrete composite members
made of beech laminated veneer lumber (LVL) with notched connection. Timber-concrete …

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

The load-carrying capacity and ultimate deformation capacity of timber–concrete composite
systems can be significantly influenced by the ductility of the connection between the two …