The increasing sensitivity of our society to the effects of human intervention in nature and the environment is spurring research into nature-based products and more careful use of embodied energy, leading to increased use of wood in construction. Timber constructions, traditionally based on prefabricated semi-finished products, are built with geometrical simple and adaptable basic shapes such as rectangular or square cross-sections. Prefabrication techniques such as glue-laminated timber allow for homogenization achieving universal mechanical features. These construction systems are ideal for modular design and have proven themselves for centuries. However, the manufacturing of wooden construction elements in boards, bars, and beams is associated with a considerable logistical and productive effort. The production generates many waste products such as woodchips, sawdust, or strands. In this context, advanced modeling and simulation techniques are necessary to map the structural behavior for a proper statical analysis of such a construction system based on naturally grown wood elements.

Contacts IBG-2

Prof. Dr. Ulrich Schurr

Dr. Robert Koller