1. Introductions. Historical background. Materials for reinforced concrete. Compressive strength of concrete.
2. Concrete tensile strength, short and long-term deformations, reinforcements
3. Bond, exposure classes, concrete cover
4. Work stages of bent elements
5. The design of singly reinforced rectangular bent sections. The calculus of resistance moment.
6. The design of double reinforced rectangular bent sections. The calculus of resistance moment.
7. The calculus of the geometric characteristics of the flanged beams. The design of the singly reinforced bent flanged sections. The calculus of resistance moment.
8. Shear force I
9. Shear force II
10. Shear force III
11. The torsion design for reinforced concrete elements
12. Example of statically determined beam reinforcement analysis, design, and detailing to bending moment, shear force, and torsion moment.
13. Creep.
14. Shrinkage.
