v3.01.107 SSLL107 - MACR_CARA_POUTRE validation

Summary:

All the models in this test make it possible to validate the macro_command for calculating beam cross-section characteristics, MACR_CARA_POUTRE, for all the options proposed. The sections studied are different depending on the models.

• Modeling A validates the calculation of the characteristics of an angle-type section.

• B modeling validates the calculation of the characteristics of a circular section.

• C modeling validates the calculation of the characteristics of a rectangular section.

• D-modeling validates the calculation of the characteristics of a rectangular honeycomb section.

• E-modeling validates the calculation of the characteristics of an octagonal section.

• The F modeling validates the calculation of the characteristics of a circular section with a sequence on a beam calculation.

• G modeling validates the calculation of a network of 2 rectangular beams.

• H-modeling validates the calculation of the characteristics of a thin U-section.

• Modelling I validates the calculation of the torsional constant for a perforated section.

• J modeling validates the calculation of shear coefficients for a circular section with holes.

• K-modeling validates the calculation of shear coefficients for a rectangular section with holes.

• 1. Reference problem
  • 1.1. Geometry
  • 1.2. Material properties
  • 1.3. Boundary conditions and loads
• 2. Benchmark solution
  • 2.1. Calculation method used for the reference solution
  • 2.2. Benchmark results
  • 2.3. Uncertainty about the solution
  • 2.4. Bibliographical references
• 3. Modeling A
  • 3.1. Characteristics of modeling
  • 3.2. Characteristics of the mesh
  • 3.3. Benchmark solution
  • 3.4. Tested sizes and results
• 4. B modeling
  • 4.1. Characteristics of modeling
  • 4.2. Characteristics of the mesh
  • 4.3. Benchmark solution
  • 4.4. Tested sizes and results
• 5. C modeling
  • 5.1. Characteristics of modeling
  • 5.2. Characteristics of the mesh
  • 5.3. Benchmark solution
  • 5.4. Tested sizes and results
• 6. D modeling
  • 6.1. Characteristics of modeling
  • 6.2. Characteristics of the mesh
  • 6.3. Tested sizes and results
• 7. E modeling
  • 7.1. Characteristics of modeling
  • 7.2. Characteristics of the mesh
  • 7.3. Tested sizes and results
• 8. F modeling
  • 8.1. Characteristics of modeling
  • 8.2. Characteristics of the mesh
  • 8.3. Benchmark solution
  • 8.4. Tested sizes and results
• 9. G modeling
  • 9.1. Characteristics of modeling
  • 9.2. Characteristics of the mesh
  • 9.3. Benchmark solution
  • 9.4. Tested sizes and results
• 10. H modeling
  • 10.1. Characteristics of modeling
  • 10.2. Characteristics of the mesh
  • 10.3. Benchmark solution
  • 10.4. Tested sizes and results
• 11. Modeling I
  • 11.1. Characteristics of modeling
  • 11.2. Characteristics of the mesh
  • 11.3. Benchmark solution
  • 11.4. Tested sizes and results
• 12. J modeling
  • 12.1. Characteristics of modeling
  • 12.2. Characteristics of meshes
  • 12.3. Tested sizes and results
• 13. K modeling
  • 13.1. Characteristics of modeling
  • 13.2. Characteristics of meshes
  • 13.3. Tested sizes and results
• 14. Summary of results