CRC Handbooks On-Line
Department of Civil and Environmental Engineering
Edmund T. Pratt School of Engineering
Duke University - Box 90287, Durham, NC 27708-0287

Handbook of Structural Engineeirng, 2nd edition, ed. Wai-Fah Chen and Eric M. Lui, CRC Press, 2005.

Table of Contents

SECTION I Structural Analysis

Structural Fundamentals
2. Structural Analysis
3. Structural Dynamics

SECTION II Structural Design

4. Steel Structures
5. Steel Frame Design using Advanced Analysis
6. Cold-Formed Steel Structures
7. Reinforced Concrete Structures
8. Prestressed Concrete
9. Masonry Structures
10. Timber Structures
11. Aluminum Structures
12. Reliability-Based Structural Design
13. Structure Configuration based on Wind Engineering

SECTION III Structural Design Using High-Performance Materials

14. High-Performance Steel
15. High-Performance Concrete
16. Fiber-Reinforced Polymer Composites

SECTION IV Earthquake Engineering and Design

17. Fundamentals of Earthquake Engineering
18. Earthquake Damage to Structures
19. Seismic Design of Buildings
20. Seismic Design of Bridges
21. Performance-Based Seismic Design and Evaluation of Building Structures

SECTION V Special Structures

22. Multistory Framed Structures
23. Semirigid Framed Structures
24. Space Frame Structures
25. Bridge Structures
26. Cable-Supported Bridges
27. Cooling Tower Structures
28. Tunnel Structures
29. Glass Structures

SECTION VI Special Topics

30. Welded Tubular Connections
31. Effective Length Factors for Compression Members
32. Structural Bracing
33. Stub Girder Floor Systems
34. Fatigue and Fractures
35. Passive Energy Dissipation and Active Control
36. Life Cycle Evaluation and Condition Assessment of Structures
37. Structural Design for Fire Safety