Wind Load Due to Wind Pressure
  • 3D Viewer
  • 3D Viewer | Babylon
  • Virtual Reality
Surface Division for Total Pressure Coefficients
  • 3D Viewer
  • 3D Viewer | Babylon
  • Virtual Reality
Load Arrangement of Resulting Wind Force
  • 3D Viewer
  • 3D Viewer | Babylon
  • Virtual Reality
Example
  • 3D Viewer
  • 3D Viewer | Babylon
  • Virtual Reality
Wind Load Due to Wind Suction
  • 3D Viewer
  • 3D Viewer | Babylon
  • Virtual Reality
Canopy Trough Roof Structure
  • 3D Viewer
  • 3D Viewer | Babylon
  • Virtual Reality
Wind Load Due to Wind Pressure
Surface Division for Total Pressure Coefficients
Load Arrangement of Resulting Wind Force
Example
Wind Load Due to Wind Suction
Canopy Trough Roof Structure
2024-05-30
009095
  • RFEM 5
  • RSTAB 8
  • Concrete Structures
    • Steel Structures
    • Timber Structures
    • Structural Analysis & Design
    • Eurocode 1

Wind Load Due to Wind Pressure

Used in
  • Determining Wind Loads for Canopy Roof Structures According to EN 1991-1-4
3D Model
More About 3D Model
  • Canopy Trough Roof Structure
Specifications
Number of Nodes 44
Number of Members 35
Number of Load Cases 2
Total Weight 8,827 t
Dimensions (Metric) 12.000 x 15.000 x 6.775 m
Dimensions (Imperial) 39.37 x 49.21 x 22.23 feet
Program Version 8.24.01
Share
2024-05-30
009092
  • RFEM 5
  • RSTAB 8
  • Concrete Structures
    • Steel Structures
    • Timber Structures
    • Structural Analysis & Design
    • Eurocode 1
Surface Division for Total Pressure Coefficients
Used in
  • Determining Wind Loads for Canopy Roof Structures According to EN 1991-1-4
3D Model
More About 3D Model
  • Canopy Trough Roof Structure
Specifications
Number of Nodes 44
Number of Members 35
Number of Load Cases 2
Total Weight 8,827 t
Dimensions (Metric) 12.000 x 15.000 x 6.775 m
Dimensions (Imperial) 39.37 x 49.21 x 22.23 feet
Program Version 8.24.01
Share
2024-05-30
009093
  • RFEM 5
  • RSTAB 8
  • Concrete Structures
    • Steel Structures
    • Timber Structures
    • Structural Analysis & Design
    • Eurocode 1
Load Arrangement of Resulting Wind Force
Used in
  • Determining Wind Loads for Canopy Roof Structures According to EN 1991-1-4
3D Model
More About 3D Model
  • Canopy Trough Roof Structure
Specifications
Number of Nodes 44
Number of Members 35
Number of Load Cases 2
Total Weight 8,827 t
Dimensions (Metric) 12.000 x 15.000 x 6.775 m
Dimensions (Imperial) 39.37 x 49.21 x 22.23 feet
Program Version 8.24.01
Share
2024-05-30
009094
  • RFEM 5
  • RSTAB 8
  • Concrete Structures
    • Steel Structures
    • Timber Structures
    • Structural Analysis & Design
    • Eurocode 1
Example
Used in
  • Determining Wind Loads for Canopy Roof Structures According to EN 1991-1-4
3D Model
More About 3D Model
  • Canopy Trough Roof Structure
Specifications
Number of Nodes 44
Number of Members 35
Number of Load Cases 2
Total Weight 8,827 t
Dimensions (Metric) 12.000 x 15.000 x 6.775 m
Dimensions (Imperial) 39.37 x 49.21 x 22.23 feet
Program Version 8.24.01
Share
2024-05-30
009096
  • RFEM 5
  • RSTAB 8
  • Concrete Structures
    • Steel Structures
    • Timber Structures
    • Structural Analysis & Design
    • Eurocode 1
Wind Load Due to Wind Suction
Used in
  • Determining Wind Loads for Canopy Roof Structures According to EN 1991-1-4
3D Model
More About 3D Model
  • Canopy Trough Roof Structure
Specifications
Number of Nodes 44
Number of Members 35
Number of Load Cases 2
Total Weight 8,827 t
Dimensions (Metric) 12.000 x 15.000 x 6.775 m
Dimensions (Imperial) 39.37 x 49.21 x 22.23 feet
Program Version 8.24.01
Share
2024-05-30
015773
  • RSTAB 8
  • Steel Structures
  • Structural Analysis & Design
    • Eurocode 1
Canopy Trough Roof Structure
Used in
  • Determining Wind Loads for Canopy Roof Structures According to EN 1991-1-4
3D Model
More About 3D Model
  • Canopy Trough Roof Structure
Specifications
Number of Nodes 44
Number of Members 35
Number of Load Cases 2
Total Weight 8,827 t
Dimensions (Metric) 12.000 x 15.000 x 6.775 m
Dimensions (Imperial) 39.37 x 49.21 x 22.23 feet
Program Version 8.24.01
Share