The increasing use of timber structures worldwide has brought attention to the challenges
posed by their lightweight nature, making them more prone to vibrations than more massive …

Based on the experimental estimation of the key dynamic properties of a seven-storey
building made entirely of cross-laminated timber (CLT) panels, the finite element (FE) model …

The serviceability of tall timber buildings due to wind-induced vibrations is often a governing
design criterion. However, accurate modelling of such buildings for their serviceability is a …

Robustness research has become popular, however very little is known on its explicit
quantification. This paper summarises a quantification method previously published by the …

Timber, a lightweight and environmentally friendly material, has gained popularity in
construction due to its positive impact on sustainability. However, concerns regarding …

This study presents the dynamic identification of cross-laminated timber (CLT) residential
buildings and the corresponding finite element model calibration of connection stiffness in …

The dynamic response of semi-rigid timber frames subjected to wind loads is investigated
numerically in this paper. The dynamic response of more than one million unique frames …

The rise of wood buildings in the skylines of cities forces structural dynamic and timber
experts to team up to solve one of the new civil-engineering challenges, namely comfort at …

Climate change and densification of cities are two major global challenges. In the building
and construction industry, there are great expectations that tall timber buildings will …

The results of three case studies of timber and hybrid timber buildings have been reviewed.
For each case study, experimentally obtained modal data was available. A detailed …