AA-SB-001: Analysis And Design Of Composite And Metallic Flight Vehicle Structures

Third Edition

Table of Contents

  • Table of Contents
  • Revision History and Copyright Notice
  • 1. SCOPE
  • 2. REFERENCES
  • 3. INTRODUCTION
  • 4. MATERIALS
  • 5. LOADS
  • 6. SECTION PROPERTIES
  • 7. STIFFNESS
  • 8. BEAM ANALYSIS
  • 9. TORSION
  • 10. PLATE STRENGTH ANALYSIS
  • 11. PRESSURE VESSELS
  • 12. JOINTS
  • 13. COMBINED STRESSES
  • 14. ULTIMATE STRENGTH OF METALLIC ELEMENTS
  • 15. LOCAL STABILITY – ISOTROPIC MATERIALS
  • 16. LOCAL STABILITY – COMPOSITE MATERIALS
  • 17. RESERVED
  • 18. RESERVED
  • 19. FINITE ELEMENT MODELLING
  • 20. NOMENCLATURE
  • 21. NUMERICAL METHODS
  • 22. AIRCRAFT SPECIFIC DESIGN FEATURES AND DESIGN METHODS
  • 23. FIXED WING AIRCRAFT PERFORMANCE
  • 24. OTHER AIRCRAFT TYPES: DESIGN AND ANALYSIS
  • 25. CERTIFICATION
  • 26. MICROSOFT EXCEL AS A REPORT WRITING TOOL
  • 27. COMMON AIRCRAFT HARDWARE
  • Table of Contents

  • Table of Contents
  • Revision History and Copyright Notice
  • 1. SCOPE
  • 2. REFERENCES
  • 3. INTRODUCTION
  • 4. MATERIALS
  • 5. LOADS
  • 6. SECTION PROPERTIES
  • 7. STIFFNESS
  • 8. BEAM ANALYSIS
  • 9. TORSION
  • 10. PLATE STRENGTH ANALYSIS
  • 11. PRESSURE VESSELS
  • 12. JOINTS
  • 13. COMBINED STRESSES
  • 14. ULTIMATE STRENGTH OF METALLIC ELEMENTS
  • 15. LOCAL STABILITY – ISOTROPIC MATERIALS
  • 16. LOCAL STABILITY – COMPOSITE MATERIALS
  • 17. RESERVED
  • 18. RESERVED
  • 19. FINITE ELEMENT MODELLING
  • 20. NOMENCLATURE
  • 21. NUMERICAL METHODS
  • 22. AIRCRAFT SPECIFIC DESIGN FEATURES AND DESIGN METHODS
  • 23. FIXED WING AIRCRAFT PERFORMANCE
  • 24. OTHER AIRCRAFT TYPES: DESIGN AND ANALYSIS
  • 25. CERTIFICATION
  • 26. MICROSOFT EXCEL AS A REPORT WRITING TOOL
  • 27. COMMON AIRCRAFT HARDWARE