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Engineering
Civil Engineering
Steel Structures
1. Introduction to Steel Structures
2. Material Properties of Structural Steel
3. Structural Steel Products
4. Design Philosophies and Load Considerations
5. Analysis and Design of Tension Members
6. Analysis and Design of Compression Members
7. Analysis and Design of Bending Members
8. Combined Loading and Stability
9. Design of Connections
10. Structural Systems and Framing
11. Plate Girders
12. Truss Systems
13. Composite Construction
14. Seismic Design of Steel Structures
15. Advanced Topics
Composite Construction
Steel-Concrete Composite Systems
Composite Action Principles
Advantages of Composite Construction
Composite Beams
Composite Beam Behavior
Elastic Behavior
Plastic Behavior
Partial Composite Action
Shear Connectors
Stud Connectors
Channel Connectors
Design Requirements
Effective Width of Concrete Flange
Determination Methods
Code Requirements
Strength Design
Positive Moment Regions
Negative Moment Regions
Shear Design
Deflection Analysis
Short-Term Deflection
Long-Term Deflection
Creep and Shrinkage Effects
Construction Considerations
Shoring vs Unshored Construction
Construction Loads
Composite Columns
Types of Composite Columns
Concrete-Filled Tubes
Concrete-Encased Sections
Load Transfer Mechanisms
Strength Design
Axial Compression
Combined Axial and Bending
Slenderness Effects
Fire Resistance
Composite Floor Systems
Metal Deck Systems
Deck Types
Composite Action
Reinforcement Requirements
Shear Bond Design
Deflection Control
Construction Loads
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12. Truss Systems
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14. Seismic Design of Steel Structures