| 1 |
Literature Research |
Introduction, definition and history of reinforced concrete |
Expression |
| 2 |
Literature Research |
General information about concrete and steel. Behavior of RC and limit states |
Expression |
| 3 |
Literature Research |
Partial safety factors and structural safety, basic assumptions for ultimate strength |
Expression |
| 4 |
Literature Research |
Beam requirements according to TS500-200 and Turkish Earthquake Code 2018 |
Expression |
| 5 |
Literature Research |
Design and calculations of single-reinforced beams under bending loads |
Expression |
| 6 |
Literature Research |
Numerical examples |
Expression |
| 7 |
Literature Research |
Design and calculations of double-reinforced beams under bending loads |
Expression |
| 8 |
Literature Research |
Analysis and design of T-beams under pure bending for flexural members |
Expression |
| 9 |
Literature Research |
Shear calculation in beam |
Expression |
| 10 |
- |
MID-TERM EXAM |
- |
| 11 |
Literature Research |
Behavior of reinforced concrete members under axial load |
Expression |
| 12 |
Literature Research |
Column calculation and reinforcement under axial load and bending |
Expression |
| 13 |
Literature Research |
Column calculation and reinforcement under axial load and bending |
Expression |
| 14 |
Literature Research |
Serviceability limit states of RC members |
Expression |
| 15 |
Literature Research |
Numerical examples |
Expression |
| 16 |
- |
FINAL EXAM |
- |
| 17 |
- |
FINAL EXAM |
- |