Useful Links
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
Structural Systems and Framing
Gravity Load Systems
Simple Beam Systems
Beam and Girder Framing
Load Transfer Path
Joist Systems
Open Web Steel Joists
Joist Girders
Truss Systems
Roof Trusses
Floor Trusses
Lateral Force Resisting Systems
Braced Frame Systems
Concentrically Braced Frames
Eccentrically Braced Frames
Buckling Restrained Braced Frames
Moment Frame Systems
Ordinary Moment Frames
Intermediate Moment Frames
Special Moment Frames
Dual Systems
Combination Systems
Load Distribution
Bracing Systems
Diagonal Bracing
Single Diagonal
X-Bracing
Chevron Bracing
Inverted V-Bracing
V-Bracing
K-Bracing
Single Story K-Bracing
Multi-Story Considerations
Shear Wall Systems
Steel Plate Shear Walls
Composite Shear Walls
Diaphragm Systems
Floor Diaphragms
Metal Deck Diaphragms
Concrete Slab Diaphragms
Roof Diaphragms
Flexible Diaphragms
Rigid Diaphragms
Collector Elements
Drag Struts
Chord Members
Diaphragm Design
In-Plane Forces
Out-of-Plane Forces
Frame Analysis
First-Order Analysis
Second-Order Analysis
Computer Analysis Methods
Hand Calculation Methods
Previous
9. Design of Connections
Go to top
Next
11. Plate Girders