Visual analysis showing deformation in an aluminum hall structure. Detailed depiction of structural response to forces.
  • 3D Viewer | Google
  • 3D Viewer | Babylon
  • Virtual Reality
Graphical display of stress distributions and formulas for analyzing the load-bearing capacity of aluminum components.
  • 3D Viewer | Google
  • 3D Viewer | Babylon
  • Virtual Reality
Results of aluminum design and serviceability in the RFEM/RSTAB printout report.
  • 3D Viewer | Google
  • 3D Viewer | Babylon
  • Virtual Reality
An aluminum hall structure model showing architectural features and support elements.
  • 3D Viewer | Google
  • 3D Viewer | Babylon
  • Virtual Reality
Visual analysis showing deformation in an aluminum hall structure. Detailed depiction of structural response to forces.
Graphical display of stress distributions and formulas for analyzing the load-bearing capacity of aluminum components.
Results of aluminum design and serviceability in the RFEM/RSTAB printout report.
An aluminum hall structure model showing architectural features and support elements.
2025-04-04
027624
  • RFEM 6
  • Finite Element Analysis

Deformation of Aluminum Structure

Visual analysis showing deformation in an aluminum hall structure. Detailed depiction of structural response to forces.

The image illustrates the deformation analysis of an aluminum hall structure. It showcases the effect of external forces on the structural integrity of the building. Various deformation patterns are visible, indicating stress points. The analysis assists engineers in understanding and improving the design for safety and efficiency.
  • Aluminum structure
  • Deformation analysis
  • Structural response
  • Hall architecture
  • Aluminum Structure
  • Deformation
Used in
  • Aluminum Design for RFEM 6
3D Model
More About 3D Model
  • Aluminum Building
Specifications
Number of Nodes 48
Number of Lines 83
Number of Members 83
Number of Surfaces 0
Number of Solids 0
Number of Load Cases 13
Number of Load Combinations 68
Number of Result Combinations 2
Total Weight 1.750 tons
Dimensions (Metric) 12.000 x 3.500 x 18.000 m
Dimensions (Imperial) 39.37 x 11.48 x 59.06 feet
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2024-05-30
022978
  • Aluminum Design for RFEM 6
Design Ratio Graphically and in Tables
Graphical display of stress distributions and formulas for analyzing the load-bearing capacity of aluminum components.

The evaluation of the load-bearing capacity and stability of aluminum structures is presented in graphs and in tables. Stress distributions and design formulas are visually displayed to allow for a comprehensible analysis. The results of the design checks are displayed in detail. Input and result data are recorded in the printout report. Users can customize the results output to suit their individual needs.
  • Graphical display of stress distribution
  • Formulas used in aluminum design
  • Result table of load-bearing capacity
  • Stability analysis displayed graphically and in tables
  • Governing points in structural design
  • Aluminum
  • Buildings
  • Members
Used in
  • Aluminum Structures According to Eurocode 9 (EC 9)
3D Model
More About 3D Model
  • Aluminum Building
Specifications
Number of Nodes 48
Number of Lines 83
Number of Members 83
Number of Surfaces 0
Number of Solids 0
Number of Load Cases 13
Number of Load Combinations 68
Number of Result Combinations 2
Total Weight 1.750 tons
Dimensions (Metric) 12.000 x 3.500 x 18.000 m
Dimensions (Imperial) 39.37 x 11.48 x 59.06 feet
Share
2025-04-04
022979
  • Aluminum Design for RFEM 6
Aluminum Design and Serviceability – Printout Report
Results of aluminum design and serviceability in the RFEM/RSTAB printout report.

The printout report includes detailed result tables and graphics of the aluminum design and serviceability. This data is integrated into the global printout report of RFEM/RSTAB and illustrates the deformations of the global structure independently of the add-on.
  • Aluminum design
  • Serviceability
  • Result tables
  • Printout report
  • Deformation shapes
  • Aluminum
  • Report
  • Building
3D Model
More About 3D Model
  • Aluminum Building
Specifications
Number of Nodes 48
Number of Lines 83
Number of Members 83
Number of Surfaces 0
Number of Solids 0
Number of Load Cases 13
Number of Load Combinations 68
Number of Result Combinations 2
Total Weight 1.750 tons
Dimensions (Metric) 12.000 x 3.500 x 18.000 m
Dimensions (Imperial) 39.37 x 11.48 x 59.06 feet
Share
2024-05-30
025598
  • Aluminum Design for RFEM 6
Aluminum Building
An aluminum hall structure model showing architectural features and support elements.

The image displays a detailed model of an aluminum hall. Key features, such as trusses and support beams, are prominent, demonstrating the model's focus on stability and efficient use of materials. The design includes various connection points and joints, essential for maintaining the structure's integrity.
  • Aluminum hall
  • Structural model
  • Support elements
  • Construction
  • Aluminum
  • Buildings
  • Members
Used in
  • Design of Aluminum Members According to ADM
3D Model
More About 3D Model
  • Aluminum Building
Specifications
Number of Nodes 48
Number of Lines 83
Number of Members 83
Number of Surfaces 0
Number of Solids 0
Number of Load Cases 13
Number of Load Combinations 68
Number of Result Combinations 2
Total Weight 1.750 tons
Dimensions (Metric) 12.000 x 3.500 x 18.000 m
Dimensions (Imperial) 39.37 x 11.48 x 59.06 feet
Share