Ultra-Thin High-Performance Glass Bridge
Masoud Akbarzadeh, Mohammad Bolhassani, Andrei Nejur, Tian Ouyang, Mostafa Akbari, Zhenhao Zhou
Collaborators: Dr. Joseph Yost, Villanova University, Cory Byrnes, Villanova University, Dr. Jens Schneider, Technical University of Darmstadt, Dr. Ulrich Knaack, Technical University of Darmstadt, Chris Borg Costanzi, Technical University of Darmstadt, Seele, WARDJet US
This project presents novel research in structural design and analysis of an ultra-transparent bridge made of glass sheets only in a double layer, funicular, compression-only configuration. The funicular form of the bridge maximizes its structural performance and minimizes the use of materials and resources. The structural form of the project has been developed using 3D graphic statics (3DGS) that is a geometry-based structural design method allowing the extensive exploration of funicular structural solutions in three dimensions. Using 3DGS method results in structural forms that are polyhedral geometries with planar faces. Therefore, not only does 3DGS find the efficient structural forms, but its planarity constraint facilitates the construction using flat sheet materials. The total span of the bridge is 10 m (32.81 ft) with a one-meter deck for pedestrian traffic. The asymmetric geometry of the bridge will significantly improve the behavior of the bridge under asymmetric loading conditions.