3D analysis model of a timber bridge for cyclists and pedestrians with orthotropic surface elements, transverse ribs, and support definitions in RFEM.
3D analysis model of a timber bridge for cyclists and pedestrians with orthotropic surface elements, transverse ribs, and support definitions in RFEM.
2026-09-02
064615

Timber Bridge for Cyclist and Pedestrians, Brussels

3D analysis model of a timber bridge for cyclists and pedestrians with orthotropic surface elements, transverse ribs, and support definitions in RFEM.
Display of a 3D analysis model of a timber bicycle and pedestrian bridge. The structural system consists of an inclined timber deck slab, which is modeled as an orthotropic plate element. Beneath the deck, transverse ribs and longitudinal beams stiffen the timber box-girder cross-section. Blue lines mark model edges and boundary elements, while green symbols display the bridge’s support points.
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3D Model
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Specifications
Number of Nodes 10191
Number of Lines 15968
Number of Members 7773
Number of Surfaces 90
Number of Solids 0
Number of Load Cases 1
Number of Load Combinations 0
Number of Result Combinations 0
Total Weight 279.572 t
Dimensions (Metric) 76.989 x 7.705 x 12.933 m
Dimensions (Imperial) 252.59 x 25.28 x 42.43 feet