Handbook of Structural Engineering, Second EditionContinuing the tradition of the best-selling Handbook of Structural Engineering, this second edition is a comprehensive reference to the broad spectrum of structural engineering, encapsulating the theoretical, practical, and computational aspects of the field. The authors address a myriad of topics, covering both traditional and innovative approaches to analysis, design, and rehabilitation. The second edition has been expanded and reorganized to be more informative and cohesive. It also follows the developments that have emerged in the field since the previous edition, such as advanced analysis for structural design, performance-based design of earthquake-resistant structures, lifecycle evaluation and condition assessment of existing structures, the use of high-performance materials for construction, and design for safety. Additionally, the book includes numerous tables, charts, and equations, as well as extensive references, reading lists, and websites for further study or more in-depth information. Emphasizing practical applications and easy implementation, this text reflects the increasingly global nature of engineering, compiling the efforts of an international panel of experts from industry and academia. This is a necessity for anyone studying or practicing in the field of structural engineering. New to this edition |
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Table des matières
| 1-1 | |
| 2-1 | |
3 Structural Dynamics | 3-1 |
4 Steel Structures | 4-1 |
5 Steel Frame Design Using Advanced Analysis | 5-1 |
6 ColdFormed Steel Structures | 6-1 |
7 Reinforced Concrete Structures | 7-1 |
8 Prestressed Concrete | 8-1 |
21 PerformanceBased Seismic Design and Evaluation of Building Structures | 21-1 |
22 Multistory Frame Structures | 22-1 |
23 Semirigid Frame Structures | 23-1 |
24 Space Frame Structures | 24-1 |
25 Bridge Structures | 25-1 |
26 CableSupported Bridges | 26-1 |
27 Cooling Tower Structures | 27-1 |
28 Tunnel Structures | 28-1 |
9 Masonry Structures | 9-1 |
10 Timber Structures | 10-1 |
11 Aluminum Structures | 11-1 |
12 ReliabilityBased Structural Design | 12-1 |
13 Structure Configuration Based on Wind Engineering | 13-1 |
14 HighPerformance Steel | 14-1 |
15 HighPerformance Concrete | 15-1 |
16 FiberReinforced Polymer Composites | 16-1 |
17 Fundamentals of Earthquake Engineering | 17-1 |
18 Earthquake Damage to Structures | 18-1 |
19 Seismic Design of Buildings | 19-1 |
20 Seismic Design of Bridges | 20-1 |
29 Glass Structures | 29-1 |
30 Welded Tubular Connections 8212 CHS Trusses | 30-1 |
31 Effective Length Factors of Compression Members | 31-1 |
32 Structural Bracing | 32-1 |
33 Stub Girder Floor Systems | 33-1 |
34 Fatigue and Fracture | 34-1 |
35 Passive Energy Dissipation and Active Control | 35-1 |
36 Life Cycle Evaluation and Condition Assessment of Structures | 36-1 |
37 Structural Design for Fire Safety | 37-1 |
Index | I-1 |
Back Cover | I-20 |
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Expressions et termes fréquents
AASHTO advanced analysis Allowable Stress Design applied axial force axial load axis beam behavior bending bolts braced bridge buckling calculated capacity cement coefficient cold-formed steel column component composite compression members compressive strength computed connections construction cracking cross-section damage damping deflection deformation determined diaphragm displacement ductility earthquake effective elastic element Engineering Equation failure ffiffiffiffi fiber flange flexural frame girder high-strength inelastic length limit longitudinal LRFD masonry material matrix maximum mechanism method minimum mode modulus nominal plane plastic hinge plate prestressed prestressed concrete properties pultruded ratio rebars reduced resistance factor seismic shear force shear strength shear stress shear wall shown in Figure silica fume slab Specification stiffeners stiffness strain structural surface Table tensile strength tensile stress tension thickness torsional transverse truss vibration welds width wind yield stress
