Rendering of a tower using self-curving cross-laminated timber with people for scale.

© University of Stuttgart, ICD/ITKE

ICD Research Assistant as Computational Designer

Date2020-04-03
OrganizationICD - University of Stuttgart

DirectorAchim Menges
ManagerDylan Wood
TeamDaniel Nunes Locatelli, Nils Opgnorth

LocationStuttgart, Germany
LinkUrbach Tower at ICD University of Stuttgart

I was the computational designer for a project similar to the Urbach Tower. The proposal, however, did not move forward because of the pandemic, I suppose. Nonetheless, it was interesting to understand the computational strategy to generate the geometry for a self-curving cross-laminated timber plate. The trick here is to work with cylinders because timber’s natural curvature happens perpendicular to the direction of the fibers.

A two-layer bilayer wood panel bends while drying.

© University of Stuttgart, ICD/ITKE

A two-layer bilayer wood panel bends while drying.

3D site plan of the tower project.

© University of Stuttgart, ICD/ITKE

3D site plan of the tower project.

I also worked on some as-built drawings for the Urbach Tower itself. Because of this, Dylan taught me all the constructive details for this project and also how they added multiple sensors to monitor and track the environmental behaviors on the structure.

Side elevation drawing of the Urbach Tower.

© University of Stuttgart, ICD/ITKE

Side elevation drawing of the Urbach Tower.

Dylan Wood’s research at the ICD was about the natural self-shaping properties of timber when it dries. You can check Dylan Wood’s TED Talk to understand more about the process here: