3D model of a steel hall with a truss roof and columns using RFEM, including load cases for wind, snow, and a solar power system
  • 3D Viewer
  • 3D Viewer | Babylon
  • Virtual Reality
3D model of a steel hall with a truss roof and columns using RFEM, including load cases for wind, snow, and a solar power system
2026-09-14
064781
  • RFEM 6

RFEM Model of Steel Hall in Salzburg

3D model of a steel hall with a truss roof and columns using RFEM, including load cases for wind, snow, and a solar power system

The RFEM surface shows the 3D model of a steel hall with a truss roof and vertical steel columns. The navigator lists basic objects, load cases such as self-weight, a solar power system (0.20 kN/m²), snow and wind load cases, and stability analyses in a structured manner. The wind load cases WS1, with angles ranging from 0° to 270°, document the simulation of various wind directions. The table below lists the material S235JR with a modulus of elasticity of 210,000 N/mm² as an isotropic, linearly elastic material model. The model is used for the structural and stability analysis of the building structure. © ZT-Büro Matthias Mösl
  • Steel hall
  • Truss
  • RFEM
  • Frame structure
  • Load cases
  • Wind load
  • Snow load
  • Self-weight
  • PV system
  • Stability Analysis
  • Materials
  • Steel structures
Used in
  • Steel Hall for E-Bus Charging Infrastructure in Salzburg, Austria
3D Model
No Download Possible Customer Project / View Only
More About 3D Model
  • Steel Hall for E-Bus Charging Infrastructure
Specifications
Number of Nodes 821
Number of Lines 1647
Number of Members 1582
Number of Surfaces 5
Number of Solids 0
Number of Load Cases 13
Number of Load Combinations 140
Number of Result Combinations 0
Total Weight 197.995 t
Dimensions (Metric) 83.390 x 12.467 x 53.010 m
Dimensions (Imperial) 273.59 x 40.9 x 173.92 feet
Share