| S. # | Topic |
| 1 | Introduction, properties of steel, and stress-strain diagram |
| 3 | Advantages and disadvantages of Steel Structures as compared to R.C.C & Timber |
| 4 | Various steel sections used in design of steel structures. Use of Steel Table |
| 5 | Basic concepts related to design methods used in steel structures (ASD versus LRFD) |
| 6 | AISC manual and design specifications |
| 7 | Consideration of gravity dead, live load, and environmental loads in design |
| 8 | Introduction to lateral loads (wind and earthquake load) |
| 9 | Calculation of earthquake load for high-rise structures |
| 10 | Design loads on bridges and Load factors considered in the LRFD method |
| 13 | Design procedure for beams |
| 14 | Design of beams with different loading conditions |
| 15 | Design of beams with additional flange plates |
| 16 | Web buckling and web crippling in steel beams |
| 17 | Importance of plate girder |
| 18 | Design of plate girder |
| 19 | Significance of stiffeners in plate girder design |
| 20 | Euler’s column theory, slenderness ratio, effective length, buckling of columns |
| 21 | Design procedure for column |
| 22 | Design of column using different steel sections |
| 23 | Types and strength of steel connections, significance and design of steel connection |
| 24 | Design of purlin |
| 25 | Significance of truss design in steel structures and design of tension member |
| 26 | Fabrication and erection methods involved in steel structure construction |
Steel Structures
By / June 14, 2024