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Reinforced Concrete Design

Reinforced Concrete Design. Lecture 3. Dr. Nader Okasha. Design of Beams For Flexure. Design of Beams For Flexure. Design of Beams For Flexure. The main two objectives of design is to attain the required strength and ductility. Design moment strength (also known as moment resistance).

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Reinforced Concrete Design

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  1. Reinforced Concrete Design Lecture 3 Dr. Nader Okasha

  2. Design of Beams For Flexure

  3. Design of Beams For Flexure

  4. Design of Beams For Flexure The main two objectives of design is to attain the required strength and ductility. Design moment strength (also known as moment resistance) Internal ultimate moment

  5. Design of Beams For Flexure The beam is a structural member used to support the internal moments and shears C = T M = C*(jd) = T*(jd)

  6. Stress – strain distribution across beam depth

  7. Design of Beams For Flexure The equivalent rectangular concrete stress distribution has what is known as a b1 coefficient which is proportional to the average stress distribution.

  8. Design of Beams For Flexure Setup of equilibrium.

  9. Design of Beams For Flexure

  10. Design of Beams For Flexure

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