Effective length table for aluminum members with basic information on determining stability.
Definition of effective lengths for the stability analysis in aluminum design, with a nodal support and effective length factors setting.
Graphical display of stress distributions and formulas for analyzing the load-bearing capacity of aluminum components.
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Effective length table for aluminum members with basic information on determining stability.
Definition of effective lengths for the stability analysis in aluminum design, with a nodal support and effective length factors setting.
Graphical display of stress distributions and formulas for analyzing the load-bearing capacity of aluminum components.
2024-05-30
022976
  • Aluminum Design for RFEM 6

Effective Length Table for Aluminum Member

Effective length table for aluminum members with basic information on determining stability.

The table displays buckling lengths for aluminum members and provides base data important for stability analysis. It contains specific values that can be used for dimensioning and calculating aluminum structures.
  • Effective length table
  • Aluminum member buckling
  • Stability analysis
  • Aluminum parameters
Used in
  • Aluminum Design | Strength and Stability | Stability Analysis
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2025-04-04
022975
  • Aluminum Design for RFEM 6
Effective Length Definition for Stability Analysis
Definition of effective lengths for the stability analysis in aluminum design, with a nodal support and effective length factors setting.

The image illustrates how the efficiently lengths for the stability analysis are defined in the Aluminum design add-on. The input dialog box for nodal supports and buckling length coefficients is displayed. These parameters are crucial for the correct execution of the stability analysis of aluminum structures. Careful definition of these elements is essential for accurate design.
  • Aluminum design
  • Effective length definition
  • Stability analysis
  • Nodal support
  • Effective length factors
  • Aluminum
  • Member
  • Effective length
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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
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