Introduction to Steel Design

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Across
  1. 2. Stress at which steel begins to deform plastically.
  2. 4. Process of determining dimensions and selecting members in a structure.
  3. 8. Common I-shaped structural steel section
  4. 11. Internal force per unit area within a material.
  5. 12. Permanent static load due to the weight of the structure itself.
  6. 14. Steel sections formed by rolling at high temperatures.
  7. 15. Shape and dimensions of a structural member’s profile.
  8. 19. Legal requirements for building design and safety.
  9. 20. Steel with less than 1% carbon, primarily iron and carbon.
  10. 22. Cylindrical hollow section.
  11. 24. Point up to which stress and strain are linearly related.
Down
  1. 1. Deformation of a material under stress.
  2. 3. Flat steel product, often used in built-up sections.
  3. 5. Design based on allowable stresses within the elastic range.
  4. 6. Load applied slowly and remains constant.
  5. 7. Factor used in ASD to ensure safety margin.
  6. 9. Set of simultaneous loads considered in design.
  7. 10. Method based on ultimate failure load rather than service loads.
  8. 13. Symbol for tubular steel cross-section.
  9. 16. Steel sections shaped at room temperature by bending thin sheets.
  10. 17. Property of steel to deform plastically before fracturing.
  11. 18. Steel with alloying elements less than 5%, for increased strength.
  12. 21. Document providing design procedures and formulas used in the Philippines
  13. 23. Design using factored loads and reduced resistance.
  14. 25. Temporary load due to occupancy, movable equipment, etc.