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Draft design of a 35-story building

Draft design of a 35-story building. Tall building structures – spring 2023. 1.- software. 2 .- overview. 2.1.- ARCHITECTURE OF THE BUILDING. 2 .- overview. 2.1.- ARCHITECTURE OF THE BUILDING. 2 .- overview. 2.1.- ARCHITECTURE OF THE BUILDING. 2 .- overview.

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Draft design of a 35-story building

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  1. Draftdesign of a35-story building Tallbuildingstructures – spring 2023

  2. 1.- software

  3. 2.- overview 2.1.- ARCHITECTURE OF THE BUILDING

  4. 2.- overview 2.1.- ARCHITECTURE OF THE BUILDING

  5. 2.- overview 2.1.- ARCHITECTURE OF THE BUILDING

  6. 2.- overview 2.2.- DEAD AND LIVE LOADS

  7. 2.- overview 2.3.- SEISMIC PARAMETERS

  8. 2.- overview 2.4.- WIND PARAMETERS

  9. 2.- overview 2.4.- WIND PARAMETERS

  10. 2.- overview 2.5.- MATERIALS

  11. 2.- overview 2.5.- MATERIALS

  12. 3.- DESIGN 3.1.- COLUMNS DESIGN

  13. 3.- DESIGN 3.1.- COLUMNS DESIGN

  14. 3.- DESIGN 3.1.- COLUMNS DESIGN

  15. 3.- DESIGN 3.2.- BEAMS AND SHEAR WALLS DESIGN

  16. 3.- DESIGN 3.2.- BEAMS AND SHEAR WALLS DESIGN

  17. 3.- DESIGN 3.2.- BEAMS AND SHEAR WALLS DESIGN

  18. 3.- DESIGN 3.2.- BEAMS AND SHEAR WALLS DESIGN

  19. 3.- DESIGN 3.3.- SLABS DESIGN

  20. 3.- DESIGN 3.4.- FINAL DESIGN

  21. 4.- ANALYZE 3.4.- FINAL DESIGN

  22. 4.- ANALYZE

  23. 4.- ANALYZE 4.1.- CONDITIONS (I)

  24. 4.- ANALYZE 4.1.- CONDITIONS (II)

  25. 4.- ANALYZE 4.1.- CONDITIONS (III)

  26. 4.- ANALYZE 4.2.- CONCRETE FRAME DESIGN CHECK

  27. 5.- OPTIMIZATION Decrease of thickness in the shear walls from 0,7m to 0,5m.

  28. THANKS FOR YOUR ATTENTION 谢谢观看 Enrique cavero lapuerta – 恩里克

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