Wood is crucial in the fight against climate change and for a circular economy. This project investigates the behavior of a series of wood species at different scales.

On a microscopic scale, we look at cell structure and composition, giving insight into strength and moisture behavior. Dynamic tests such as tensile or compression tests, as well as moisture dynamics, are important here.

At the mesoscale, we focus on growth and density variations within and between growth rings, and their influence on the mechanical properties of wood.

At the macro-scale, we investigate how micro- and mesoscale characteristics influence the overall behaviour of wood, including responses to loads and environmental conditions, both in wood products and living trees.

The aim is to understand wood formation and the impact thereof for the use of wood as a material. This research as such strengthens our understanding of wood, one of the most widely used natural materials.