Course Content :

Reinforced concrete members, Concrete, Reinforcing steel, Mechanical properties of concrete and steel, Development of anchorage and splicing of reinforcement,loads and load effects, providing safety in R/C, Material factors, Mechanics of R/C beam, Under-over reinforced beam, Balanced beam, Ultimate strength design, Analysis of flanged beams, Column capacity, Eccentrically loaded columns, Column interaction diagram, Bi-axially loaded columns, Tied and spiral columns, Shear design procedures, Behavior of R/C members subjected to torsion, Design for torsion, Analysis and design of slender columns, Elastic analysis of beams with rectangular cross-sections, Frame, Beam-column joints, Redistribution, General construction knowledge.

Lecture 1 - Introduction, RC Members, Concrete, Steel

Lecture 2 - Bond, Anchorage and Splicing

Lecture 3 - Loads, Structural Safety, Failure

Lecture 4 - Behavior and Design of RC Beams

Lecture 5 - Behavior and Design of Flanged Beams

Lecture 6 - Behavior under Flexure and Axial Loads

Lecture 7 - Behavior and Design of Columns

Lecture 8 – Shear Behavior

Lecture 9 – Shear Design

Lecture 10 – Torsion Behavior and Design for Torsion

Lecture 11 – Slender Columns

Lecture 12 – Elastic Design and Serviceability Issues

Lecture 13- Prestressed Concrete (Suny)