Structural Design
A Practical Guide for Architects
2. Auflage Juli 2007
816 Seiten, Hardcover
Praktikerbuch
Kurzbeschreibung
Taking the view of a practicing architect, Structural Design, Second Edition addresses structures both on a conceptual level and on a numerical level. Most importantly, it helps architects work with structural consultants and understand the considerations necessary when designing structural systems. Using just enough mathematics (simple algebra, trigonometry, and solving some simple equations) the reader can make the correct decisions for structures made from steel, wood, concrete, and masonry.
The classic guide, now including the International Building Code
Approaching structural design from the viewpoint of a practicing architect, Structural Design, Second Edition is a comprehensive guide to the conceptual and practical underpinnings of basic building design and technology. It addresses structures on both a conceptual and numerical level, providing essential coverage of the integral relationships of structural/architectural form and spatial organization, and an understanding of the impact of load configurations and other key determinants of design. Basic principles, as well as structural solutions, are visually reinforced with numerous architectural drawings, photographs, and other illustrations, making this book truly architect-friendly.
In light of the adoption of the International Building Code(r) (IBC) in the United States and the spreading use of LRFD for steel design, as well as other developments in design methods and codes, this Second Edition has been significantly revised and improved to provide you with the most up-to-date coverage. This new edition features:
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A thorough redesign for easy reading and navigability
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Coverage of all of the primary structural materials (steel, wood, reinforced concrete, and masonry) in one volume
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Approximately 700 illustrations, including black-and-white photos, architectural and technical drawings, line diagrams, and freehand sketches
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Information on new materials or combinations of materials, composites, and stressed-skin
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Real-world examples, sample problems, and useful references to aid understanding of the technical material--significantly enhanced with more thorough step-by-step descriptions
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Just enough mathematics (simple algebra, trigonometry, and solutions of some simple equations) to help the reader make the correct decisions for structures made from steel, wood, concrete, and masonry
IN THE BEGINNING: THE PREMISE.
INTRODUCTION.
UNDERSTANDING LOADS.
1. Loads.
2. LFRD (load factor resistance) Design.
PART ONE: STEEL.
3. Materials and Properties.
4. Structural elements and systems.
STEEL BENDING SYSTEMS.
5. Pre-engineered systems.
6. Steel beams.
7. Lateral stability in beams.
8. Supports.
9. Web yielding and crippling.
10. Built-up beams.
STEEL AXIALLY LOADED SYSTEMS.
11. Columns.
12. Tension Members.
STEEL COMBINED SYSTEMS.
13. Combined Axial Loading and Bending.
14. Trusses.
STEEL CONNECTIONS.
15. Bolted connections.
16. Welded connections.
PART TWO: WOOD.
17. Materials & Properties.
18. Wood structures in Architecture.
WOOD BENDING SYSTEMS.
19. Roof and Floor systems.
20. Sheathing and diaphragm design.
21. Timber and laminated timber beams.
WOOD AXIALLY LOADED MEMBERS.
22. Compression and tension members.
WOOD COMBINED SYSTEMS.
23. Timber truss design.
24. Arches, vaults and domes.
WOOD CONNECTIONS.
25. Connections.
WOOD SPECIAL SYSTEMS.
26. Permanent wood foundations.
PART THREE: REINFORCED CONCRETE (R/C).
27. Materials and properties.
28. Reinforced concrete in architecture.
R/C BENDING MEMBERS.
29. Beams strength theory.
30. Beam design.
31. Shear in beams.
32. Slabs.
33 Deflection.
34. Footings.
R/C AXIALLY LOADED MEMBERS.
35. Columns.
36. Walls.
R/C CONNECTIONS.
37. Anchorage and embedment.
R/C SPECIAL SYSTEMS.
38. Prestressed and precast concrete.
PART FOUR: MASONRY.
39. Materials and properties.
40. Structural systems.
MASONRY AXIALLY LOADED MEMBERS.
41. Empirical design of walls.
42. Working stress method.
Appendix A.
Appendix B.
Appendix C.
Conversions.
Bibliography.
References.
Michele Chiuini is Professor of Architecture at Ball State University, Indiana, where he teaches structural design and architectural design. He is a registered Structural Engineer in Italy, and he has practiced in Italy, England, and the United States.