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 discusses a numerical approach, based on beam-to-solid modelling, for the
simulation of the nonlinear structural behaviour of timber-to-concrete composite beams …

Timber-concrete composite (TCC) structures have become a wide-spread technique to
realize new composite floors or improve existing ones. The key-point to guarantee adequate …

Composite connections are important components of timberconcrete hybrid systems. This
work presents a novel shear connector for timber-concrete composite (TCC) connections. To …

Timber-to-concrete flooring systems have exponentially increased in the last decades and
have attracted many researchers and constructors. They are employed in both new modern …

This study aims to investigate the structural behaviour of timber-timber composite (TTC)
systems subject to hogging moment. A total of thirty-one TTC and six bare timber beam-to …

The objective of this article was to experimentally evaluate timber–concrete composite
beams in two different situations–with and without glass fiber reinforced polymer (GFRP) …

This paper presents a study that models timber and concrete material properties in order to
understand their influence on the structural response of timber–concrete composite (TCC) …

This paper presents the structural response of timber-concrete composite (TCC) beams
predicted by finite element models (ie continuum-based and 1D frame) and manual …

The paper discusses heritage structures built of welded tuff masonry and timber frames.
Such timber-masonry composite structures were built in Japan around the early 20th …