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Reinforced Concrete Design II

Reinforced Concrete Design II. Lecture 9. Dr. Nader Okasha. Biaxial Bending. Biaxial bending in columns. Biaxial bending in columns. Biaxial bending in columns. Biaxial bending in columns. Biaxial bending in columns. Biaxial bending in columns. Biaxial bending in columns.

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Reinforced Concrete Design II

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  1. Reinforced Concrete Design II Lecture 9 Dr. Nader Okasha

  2. Biaxial Bending

  3. Biaxial bending in columns

  4. Biaxial bending in columns

  5. Biaxial bending in columns

  6. Biaxial bending in columns

  7. Biaxial bending in columns

  8. Biaxial bending in columns

  9. Biaxial bending in columns

  10. Biaxial bending in columns The Bresler Equation

  11. Biaxial bending in columns Interaction diagrams for biaxial bending

  12. Biaxial bending in columns Design Procedure for biaxial bending: A- Determine reinforcement based on the biaxial bending capacity: 1- Determine the dimensions based on a reasonable stress in the column. 2- Determine g in the week axis direction (any direction for square sections. 3- Calculate the biaxial bending moment in the week axis direction. 4- Use an interaction diagram to design the reinforcement for the section. B- Use the Bresler equation to check the axial capacity of the section 1- Calculate Pnx from the interaction diagram assuming only Mnx is applied. 2- Calculate Pny from the interaction diagram assuming only Mny is applied. 3- Calculate P0. 4- Calculate Pnand check

  13. Biaxial bending in columns

  14. Biaxial bending in columns

  15. Biaxial bending in columns

  16. Biaxial bending in columns

  17. Biaxial bending in columns

  18. Biaxial bending in columns

  19. Biaxial bending in columns

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