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design of reinforced concrete structures part 1

design of reinforced concrete structures


Reinforced concrete fundamentals

Reinforced concrete member - Reinforced concrete behavior - Mechanical properties of concrete

 - Compressive strength - Tensile strength - Modulus of elasticity – Shrinkage - Creep

Design of singly reinforced sections 

concrete in compression – reinforcing steel – stress – strain relationships – the equivalent rectangular stress block

doubly reinforced beams and t-beams

doubly reinforced sections - design of doubly reinforced sections using curves – analysis of t-beams

shear in R/C beams

shear stresses in elastic beams – Egyptian codes procedure for shear design – code requirements for shear reinforcement

bond development length and splicing of reinforcement

true bond stresses in beam – development length – moment of resistance of a R/C beam – lap splices

Reinforced concrete beams
Statical systems of R/C beams – one weight of beams – Slab loads  Wall loads –

Truss model for beams failing in shear

Analysis of forces in R/C Slender beams – sectional analysis – Mechanical- mathematical models

Design for torsion 

Equilibrium torsion – compatibility torsion – forces in stirrups – Consideration of torsion 



design of reinforced concrete structures


design of reinforced concrete structures


design of reinforced concrete structures

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Professional engineer


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Professional engineer

2017