Timber cyclist and pedestrian bridge as a 3D model using RFEM with a frame & truss structure, surfaces, and material definition for S355 steel
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  • 3D Viewer | Babylon
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Timber cyclist and pedestrian bridge as a 3D model using RFEM with a frame & truss structure, surfaces, and material definition for S355 steel
2026-09-03
064622
  • RFEM 6

Timber Bridge for Cyclist and Pedestrians in RFEM

Timber cyclist and pedestrian bridge as a 3D model using RFEM with a frame & truss structure, surfaces, and material definition for S355 steel

The image shows a simplified model of a timber bicycle and pedestrian bridge in RFEM. Several views depict the structure with glued-laminated beams, cross-braces, and the steel components displayed in blue. The Navigator lists Basic Objects such as materials, cross-sections, and load cases. In the table window, material S355 is defined with the properties of the linearly elastic, isotropic material model. © sblumer
  • RFEM
  • Timber bridge
  • Pedestrian bridge
  • Cyclist bridge
  • 3D model
  • Frame structure
  • Materials
  • Glulam
  • Beam
Used in
  • Timber Bridge for Cyclist and Pedestrians, Brussels
3D Model
No Download Possible Customer Project / View Only
More About 3D Model
  • Timber Cyclist and Pedestrian Bridge
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
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