For sophomore/junior-level courses in Structures or Structural Analysis and Design.Comprehensive and flexible, this text offers single-volume coverage of all major topics in structural analysis and design-with particular focus on structural behavior and design issues. It begins with a self-contained, non-mathematical overview of the fundamental concepts of analysis and design, and then examines, individually, the common structural types used in buildings (e.g., trusses, beams, arches/cables)-discussing each in terms of both qualitative and quantitative analysis and then design methods-all illustrated with example analyses of real structures. A unique discussion of the logic of structural design as a part of the larger building design process concludes this treatment.
- Hardback | 581 pages
- 198.12 x 236.22 x 33.02mm | 1,020.58g
- 14 Jul 2000
- Pearson Education (US)
- United States
- 4th edition
Table of contents
I. INTRODUCTORY CONCEPTS. 1. Structures: An Overview. 2. Principles of Mechanics. 3. Introduction to Structural Analysis and Design. II. ANALYSIS AND DESIGN OF STRUCTURAL ELEMENTS. 4. Trusses. 5. Funicular Structures: Cables and Arches. 6. Members in Bending: Simple Beams. 7. Members in Compression: Columns. 8. Continuous Structures: Beams. 9. Continuous Structures: Rigid Frames. 10. Plate and Grid Structures. 11. Membrane and Net Structures. 12. Shell Structures. III. PRINCIPLES OF STRUCTURAL DESIGN. 13. Structural Grids and Patterns: General Planning and Design. 14. Structural Systems: Design for Lateral Loadings. 15. Structural Systems: Constructional Approaches. 16. Structural Connections. APPENDICES. 1. Conversions. 2. Nonconcurrent Force Systems. 3. Centroids. 4. Moments of Inertia. 5. Bending Stresses in Beams. 6. Shearing Stresses in Beams. 7. Moment-Curvature Relations. 8. Deflections. 9. Moment-Area Theorems: Slopes and Deflections. 10. Double-Integration Methods of Analyzing Indeterminate Structures. 11. Critical Buckling Loads for Compression Members. 12. Computer-Based Methods of Analysis: Force and Matrix-Displacement Techniques. 13. Finite-Element Techniques. 14. Properties. 15. Typical Material Properties. Index.