Salvadoris Structure in Architecture The Building of Buildings 4th Edition Salvadori Solutions Manual

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Salvadoris Structure in Architecture The Building of Buildings 4th Edition Salvadori Solutions Manual.

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Product Details:

  • ISBN-10 ‏ : ‎ 0132803208
  • ISBN-13 ‏ : ‎ 978-0132803205
  • Author:  Robert A. Heller, Deborah J. Oakley

An excellent text as a first introduction to structures geared toward architecture students, or as a companion for more traditional engineering / math-based courses including statics and strength of materials or structural principles.

This conceptual, non-mathematical, yet technical look at the principles of structural mechanics, and the physical properties of building elements makes structural mechanics for architecture accessible to all.

Continuing Dr. Salvadori’s passion for education and an accessible non-mathematical presentation of structural mechanics, Salvadori’s Structure in Architecture: The Building of Buildings, 4/e is a must-have for students of architecture and building construction, structural engineers, and all those with an interest in architecture. It has been revised and expanded to include over 500 new illustrations, 150 new photos, and new materials covering the changes in technology and construction techniques developed during the last 50 years. Now presented in three manageable sections covering the fundamental concepts (Section 1), structural forms (Section 2), and topics beyond the basics (Section 3), it provides expanded content and graphics on critical topics such as beam behavior, moment of inertia, redundancy and much more!

 

Table of Content:

  1. Part I Fundamental Concepts
  2. Chapter One Structure in Architecture
  3. 1.1 What is Structure?
  4. 1.2 Structure in Nature
  5. 1.3 The Architect and the Engineer
  6. 1.4 Historical Development
  7. 1.5 The Present Interest in Architecture
  8. 1.6 Structures and Intuition
  9. Key Ideas Developed in This Chapter
  10. Questions and Exercises
  11. Further Reading
  12. Chapter Two Building Loads and Codes
  13. 2.1 The Purpose of Structure
  14. 2.2 Building Loads and Codes
  15. 2.3 Dead Loads
  16. 2.4 Live, Snow, and Wind Loads
  17. 2.5 Thermal and Settlement Loads
  18. 2.6 Dynamic Loads
  19. Key Ideas Developed in This chapter
  20. Questions and Exercises
  21. Further Reading
  22. Chapter Three Structural Materials
  23. 3.1 The Essential Properties of Structural Materials
  24. 3.2 Material Constants and Safety Factors
  25. 3.3 Modern Structural Materials
  26. Key Ideas Developed in This Chapter
  27. Questions and Exercises
  28. Further Reading
  29. Chapter Four Structural Requirements
  30. 4.1 Basic Requirements
  31. 4.2 Equilibrium
  32. 4.2.1 Linear Equilibrium
  33. 4.2.2 Rotational Equilibrium
  34. 4.3 Stability
  35. 4.4 Strength
  36. 4.5 Functionality
  37. 4.6 Economy
  38. 4.7 Aesthetics
  39. 4.8 Optimal Structures
  40. Key Ideas Developed in This Chapter
  41. Questions and Exercises
  42. Further Reading
  43. Chapter Five Basic States of Stress
  44. 5.1 Introduction
  45. 5.2 Simple Tension
  46. 5.3 Simple Compression
  47. 5.3.1 Buckling
  48. 5.4 Simple Shear
  49. 5.4.1 Torsion
  50. 5.5 Simple Bending
  51. Key Ideas Developed in This Chapter
  52. Questions and Exercises
  53. Further Reading
  54. Part II Structural Forms
  55. Chapter Six Tension and Compression Structures
  56. 6.1 Cables
  57. 6.2 Cable Roofs
  58. 6.3 Trusses
  59. 6.4 Funicular Arches
  60. Key Ideas Developed in This Chapter
  61. Questions and Exercises
  62. Further Reading
  63. Chapter Seven Beams
  64. Introduction
  65. 7.1 Cantilevered Beams
  66. 7.1.1 Basic Observations
  67. 7.1.2 The Effect of Beam Shape on Bending
  68. 7.1.3 Lateral-Torsional Buckling
  69. 7.1.4 Shear
  70. 7.2 Simply Supported Beams
  71. 7.2.1 Cantilever Beam Analogy
  72. 7.2.2 Effects of Loading
  73. 7.3 Fixed Beams and Continuous Beams
  74. 7.4 Secondary Bending Stresses
  75. Key Ideas Developed in This Chapter
  76. Questions and Exercises
  77. Further Reading
  78. Chapter Eight Frames and Arches
  79. 8.1 Post and Lintel
  80. 8.2 The Simple Frame
  81. 8.2.1 Lateral Frame Behavior
  82. 8.3 Multiple Frames
  83. 8.4 Gabled Frames and Arches
  84. 8.5 Arched Roofs
  85. Key Ideas Developed in This Chapter
  86. Questions and Exercises
  87. Further Reading
  88. Chapter Nine Some Fine Points of Structural Behavior
  89. 9.1 How Simple Is Simple Stress?
  90. 9.2 The Largest Stress
  91. 9.3 The Importance of Plastic Flow
  92. Key Ideas Developed in This Chapter
  93. Questions and Exercises
  94. Further Reading
  95. Part III Beyond the Basics
  96. Chapter Ten Grids, Plates, Folded Plates, and Space-Frames
  97. 10.1 Load Transfer in Two Directions
  98. 10.2 Rectangular Beam Grids
  99. 10.3 Skew Grids
  100. 10.4 Plate Action
  101. 10.5 Plate Structures
  102. 10.6 Ribbed Plates
  103. 10.7 Strength Reserve in Plates
  104. 10.8 Folded Plates
  105. 10.9 Space Frames
  106. Key Ideas Developed in This Chapter
  107. Questions and Exercises
  108. Further Reading
  109. Chapter Eleven Membranes
  110. 11.1 Membrane Action
  111. 11.2 Principal Curvatures and Principal Membrane Stresses
  112. 11.3 Tents and Balloons
  113. Key Ideas developed in This Chapter
  114. Questions and Exercises
  115. Further Reading
  116. Chapter Twelve Thin Shells and Reticulated Domes
  117. 12.1 Form-Resistant Structures
  118. 12.2 Curvatures
  119. 12.3 Rotational Surfaces
  120. 12.4 Translational Surfaces
  121. 12.5 Ruled Surfaces
  122. 12.6 Complex Surfaces
  123. 12.7 Membrane Action in Circular Domes
  124. 12.8 Bending Stresses in Domes
  125. 12.9 Membrane Action in Cylinders
  126. 12.10 Bending Stresses in Cylinders
  127. 12.11 Stresses in Synclastic Translational Shells
  128. 12.12 Saddle-Shell Action
  129. 12.13 Stresses in Scalloped and Other Types of Shells
  130. 12.14 Thin-Shell Formwork
  131. 12.15 Reticulated Domes
  132. Key Ideas Developed in This Chapter
  133. Questions and Exercises
  134. Further Reading
  135. Chapter Thirteen Structural Failures
  136. 13.1 Historical Failures
  137. 13.2 Main Causes of Structural Failure
  138. 13.3 Faults in Structural Design
  139. 13.3.1 Sources
  140. 13.3.2 Computational Errors
  141. 13.3.3 Building Codes
  142. 13.3.4 Dynamic Loads: Wind and Seismic Forces
  143. 13.3.5 Thermal Movements and Stress
  144. 13.3.6 Foundations
  145. 13.3.7 Structural Redundancy
  146. 13.3.8 Buckling and Redundancy
  147. 13.3.9 Connections
  148. 13.3.10 Unexpected Loads
  149. 13.3.11 Ponding
  150. 13.3.12 Other Causes of Failure
  151. 13.4 Faults in Coordination and Supervision
  152. 13.5 Faults in Materials
  153. 13.5.1 Steel
  154. 13.5.2 Concrete
  155. 13.5.3 New Materials and Methods of Load Estimation
  156. 13.5.4 Fatigue Failures
  157. 13.6 Consequences of Structural Failures
  158. Key Ideas developed in This Chapter
  159. Questions and Exercises
  160. Further Reading
  161. Chapter Fourteen Structural Aesthetics
  162. 14.1 Aesthetics and Structures
  163. 14.2 Semiotic Messages
  164. 14.3 Origins of the Structural Message
  165. 14.4 Scale and the Structural Message
  166. 14.5 Aesthetics and Structural “Correctness”
  167. 14.6 The Message of Structure
  168. Key Ideas Developed in This Chapter
  169. Questions and Exercises
  170. Further Reading
  171. Chapter Fifteen Conclusion: Understanding of Structural Principles
  172. 15.1 Intuition and Knowledge
  173. 15.2 Qualitative and Quantitative Knowledge
  174. 15.3 The Future of Architectural Structures
  175. Key Ideas Developed in This Chapter
  176. Structures Bibliography
  177. Index
  178. A
  179. B
  180. C
  181. D
  182. E
  183. F
  184. G
  185. H
  186. I
  187. J
  188. K
  189. L
  190. M
  191. N
  192. O
  193. P
  194. Q
  195. R
  196. S
  197. T
  198. U
  199. V
  200. W
  201. Z

 

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