This experimental study investigates cyclic performance of a timber-steel hybrid structural
system consisting of glulam frames and buckling restrained braces (BRBs). The BRBs are …

Bolted steel to laminated composite bio-based material connections are commonly used in
truss systems. The aim of this study is to provide a more rational understanding of their …

Connections made with laterally loaded dowel-type fasteners are important details in timber
structures. According to Eurocode 5, their load-carrying capacity can be calculated with the …

This paper presents component-based numerical models to simulate the seismic behaviour
of a timber-steel hybrid structure consisting of glulam frames and buckling restrained braces …

Large multi-dowel connections can provide the strength and ductility required for large,
highly-loaded timber structures, but their slip under load is not well understood. This is an …

The aim of the study was to create and verify a theoretical model for single-shear steel to
bamboo nailed connections in natural bamboo. To this end, existing timber strength and …

Today, advanced production technologies using computer numerically controlled (CNC)
tools are a key enabler of innovation in the mass timber industry. In addition, enhancement …

Abstract Cross-Laminated Timber (CLT) has gained an increasing success and widespread
diffusion among wood products. Due to the novelty of the components and the dry …

With the climate crisis and pursuit of efforts to reduce embodied carbon impacts in the built
environment, steel-timber hybrid structures have emerged as a sustainable form of framed …

The paper presents experimental stiffness measurements from large scale tests on dowel
connections with both single and double slotted-in steel plates. The intended use of the …