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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
Design Philosophies and Load Considerations
Structural Design Philosophy
Safety and Reliability
Performance-Based Design
Risk Assessment
Limit States Design Approach
Strength Limit States
Member Strength
Connection Strength
System Strength
Serviceability Limit States
Deflection Limits
Vibration Criteria
Drift Limits
Fatigue Limit States
Fire Limit States
Design Methods
Load and Resistance Factor Design (LRFD)
LRFD Philosophy
Load Factors
Load Combinations
Resistance Factors
Reliability Index
Allowable Strength Design (ASD)
ASD Philosophy
Service Load Combinations
Factor of Safety
Allowable Stresses
Comparison of LRFD and ASD
Loads on Structures
Dead Loads
Self-Weight
Permanent Attachments
Load Calculations
Live Loads
Occupancy Loads
Roof Live Loads
Reduction Factors
Environmental Loads
Wind Loads
Seismic Loads
Snow Loads
Ice Loads
Other Loads
Construction Loads
Impact Loads
Thermal Loads
Governing Codes and Standards
AISC Specification
AISC 360
AISC 341 (Seismic)
AISC Manual
Building Codes
International Building Code
ASCE 7 (Minimum Design Loads)
International Standards
Eurocode 3
Canadian Standards
Other National Codes
Code Updates and Revisions
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5. Analysis and Design of Tension Members