Simplified Design of Wood Structures

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Edition: 6th
Format: Hardcover
Pub. Date: 2009-03-03
Publisher(s): Wiley
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Summary

No architect's education would be complete without a basic understanding of how structures respond to the action of forces and how these forces affect the performance of various building material (wood, steel, concrete, etc.). In continous publication for over 60 years, this standard guide to structural design with wood has now been updated to include current design practices, standards, and consideration of new wood products. Now covering the LRFD method of structural design in addition to the ASD method, expanded treatment of wood products besides sawn lumber, and with more examples and exercise problems, this edition stands as a valuable resource that no architect or builder should be without. The Parker/Ambrose Series of Simplified Design Guides has been providing students with simple, concise solutions to common structural and environmental design problems for more than seven decades.

Author Biography

James Ambrose is Editor of the Parker/Ambrose Series of Simplified Design Guides. He has practiced as an architect in California and Illinois, and as a structural engineer in Illinois. He was professor of architecture at the University of Southern California.

Patrick Tripeny is an Associate Professor and the Director of the School of Architecture at the University of Utah.?He is a licensed architect in California, where he practiced architecture before returning to academia. He has been the recipient of a number of teaching awards at the local and national level for his work in teaching structures and design.

Table of Contents

Preface to the Sixth Editionp. xi
Preface to the First Editionp. xv
Introductionp. 1
Structural Uses of Woodp. 12
Sources of Woodp. 13
Tree Growthp. 13
Density of Woodp. 14
Defects in Lumberp. 15
Seasoning of Woodp. 16
Nominal and Dressed Sizesp. 17
Use Classification of Structural Lumberp. 17
Grading of Structural Lumberp. 18
Fabricated Wood Productsp. 18
Design Issues and Methodsp. 20
Design Goalsp. 20
Methods of Investigation and Designp. 23
Choice of Design Methodp. 25
Structural Investigationp. 27
General Concernsp. 27
Forces and Loadsp. 28
Direct Stressp. 30
Kinds of Stressp. 31
Deformationp. 32
Elastic Response and Limitp. 32
Inelastic Behavior and Ultimate Strengthp. 33
Modulus of Elasticityp. 33
Permissible Values for Designp. 35
Design Data and Criteriap. 36
General Concernsp. 36
Reference Design Values for Allowable Stress Design (ASD)p. 37
Adjustment of Design Valuesp. 41
Modification for Loading with Relation to Grain Directionp. 45
Design Controls for LRFDp. 47
Beam Functionsp. 50
General Considerationsp. 50
Momentsp. 52
Beam Loads and Reaction Forcesp. 57
Beam Shearp. 60
Bending Momentp. 65
Tabulated Values for Beam Behaviorp. 78
Multiple-Span Beamsp. 82
Behavior of Beamsp. 86
Shear in Beamsp. 86
Bending in Beamsp. 93
Deflectionp. 97
Bearingp. 101
Buckling of Beamsp. 103
Unsymmetrical Bendingp. 105
Behavior Considerations for LREDp. 109
Design of Beamsp. 117
Design Procedurep. 117
Beam Design Examplesp. 118
Joists and Raftersp. 121
Alternative Spanning Elementsp. 126
Wood Decksp. 129
Board Decksp. 129
Wood Fiber Decksp. 132
Plywood Decksp. 132
Spanning Capability of Decksp. 133
Wood Columnsp. 135
Slenderness Ratio for Columnsp. 135
Compression Capacity of Simple Solid Columnsp. 136
Column Load Capacity, LRFDp. 145
Round Columnsp. 147
Stud Wall Constructionp. 148
Spaced Columnsp. 150
Built-Up Columnsp. 154
Columns with Bendingp. 155
Connections for Wood Structuresp. 166
Bolted Jointsp. 166
Nailed Jointsp. 176
Screwsp. 179
Mechanically Driven Fastenersp. 181
Shear Developersp. 181
Split-Ring Connectorsp. 182
Formed Steel Framing Elementsp. 189
Concrete and Masonry Anchorsp. 192
Plywood Gussetsp. 192
Investigation of Connections, LRFDp. 194
Trussesp. 196
General Considerationsp. 196
Types of Trussesp. 199
Bracing for Trussesp. 199
Loads on Trussesp. 201
Investigation for Internal Forces in Planar Trussesp. 203
Design Forces for Truss Membersp. 221
Combined Actions in Truss Membersp. 221
Truss Members and Jointsp. 222
Timber Trussesp. 223
Manufactured Trussesp. 224
Miscellaneous Wood Products and Elementsp. 226
Engineered Wood Productsp. 226
Glued Laminated Structural Membersp. 227
Structural Composite Lumberp. 229
Wood Structural Panelsp. 231
Plywoodp. 232
Prefabricated Wood I-Joistsp. 237
Built-Up Panel and Lumber Beamsp. 238
Flitched Beamsp. 239
Pole Structuresp. 244
Wood Structures for Lateral Bracingp. 246
Application of Wind and Earthquake Forcesp. 247
Horizontal Diaphragmsp. 250
Vertical Diaphragms (Shear Walls)p. 262
Investigation and Design of Wood-Framed Shear Wallsp. 270
Trussed Bracing for Wood Framesp. 277
Special Lateral Bracingp. 284
General Considerations for Building Structuresp. 288
Choice of Building Constructionp. 288
Structural Design Standardsp. 289
Loads for Structural Designp. 289
Dead Loadsp. 290
Building Code Requirements for Structuresp. 292
Live Loadsp. 294
Lateral Loads (Wind and Earthquake)p. 297
Load Combinations and Factorsp. 301
Determination of Design Loadsp. 302
Structural Planningp. 302
Building Systems Integrationp. 303
Economicsp. 303
Building Design Examplesp. 306
Building One: Single-Story Light Wood Framep. 307
Building Two: Multistory Light Wood Framep. 327
Building Three: Masonry and Timber Structurep. 334
Building Four: Steel and Wood Structurep. 351
Properties of Sectionsp. 354
Study Aidsp. 369
Answers to Problemsp. 381
Glossaryp. 387
Referencesp. 390
Indexp. 393
Table of Contents provided by Ingram. All Rights Reserved.

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