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Preface to the Eleventh Edition | |
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Preface to the First Edition | |
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Introduction | |
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Fundamental Functions of Structures | |
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Investigation of Forces, Force Systems, Loading, and Reactions | |
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Properties of Forces | |
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Static Equilibrium | |
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Force Components and Combinations | |
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Graphical Analysis of Concurrent Force Systems | |
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Algebraic Analysis of Nonconcurrent Force Systems | |
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Laws of Equilibrium | |
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Loads and Reactive Forces | |
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Load Sources | |
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Load Combinations | |
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Determination of Design Loads | |
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Design Methods | |
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Investigation of Axial Force Actions | |
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Forces and Stresses | |
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Deformation | |
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Suspension Cables | |
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Funicular Arches | |
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Graphical Analysis of Planar Trusses | |
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Algebraic Analysis of Planar Trusses | |
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Cable-Stayed Structures | |
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Compression Members | |
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Investigation of Structures for Shear and Bending | |
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Direct Shear Stress | |
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Shear in Beams | |
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Bending Moments in Beams | |
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Sense of Bending in Beams | |
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Tabulated Values for Beam Behavior | |
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Development of Bending Resistance | |
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Shear Stress in Beams | |
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Continuous and Restrained Beams | |
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Members Experiencing Compression Plus Bending | |
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Rigid Frames | |
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Buckling of Beams | |
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Structural Systems and Planning | |
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General Considerations for Structural Systems | |
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Shear Wall and Diaphragm Structural System | |
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Braced Frame Systems | |
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Moment Frame Systems | |
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Wood Construction | |
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Steel Construction | |
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Concrete Construction | |
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Wood Construction | |
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Wood Spanning Elements | |
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Structural Lumber | |
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Reference Design Values for Allowable Stress Design | |
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Design Controls for Load and Resistance Factor Design | |
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Design for Bending | |
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Beam Shear | |
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Bearing | |
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Deflection | |
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Behavior Considerations for LRFD | |
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Joists and Rafters | |
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Decking for Roofs and Floors | |
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Plywood | |
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Glued-Laminated Products | |
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Wood Fiber Products | |
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Assembled Wood Structural Products | |
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Wood Columns | |
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Slenderness Ratio for Columns | |
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Compression Capacity of Simple Solid Columns, ASD Method | |
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Column Load Capacity, LRFD Method | |
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Stud Wall Construction | |
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Columns with Bending | |
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Connections for Wood Structures | |
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Bolted Joints | |
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Nailed Joints | |
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Plywood Gussets | |
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Investigation of Connections, LRFD Method | |
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Formed Steel Framing Elements | |
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Steel Construction | |
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Steel Structural Products | |
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Design Methods for Steel Structures | |
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Materials for Steel Products | |
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Types of Steel Structural Products | |
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Steel Beams and Framing Elements | |
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Factors in Beam Design | |
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Inelastic Versus Elastic Behavior | |
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Nominal Moment Capacity of Steel Beams | |
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Design for Bending | |
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Design of Beams for Buckling Failure | |
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Shear in Steel Beams | |
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Deflection of Beams | |
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Safe Load Tables | |
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Steel Trusses | |
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Manufactured Trusses for Flat Spans | |
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Decks with Steel Framing | |
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Concentrated Load Effects on Beams | |
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Steel Columns and Frames | |
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Column Shapes | |
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Column Slenderness and End Conditions | |
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Safe Axial Loads for Steel Columns | |
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Design of Steel Columns | |
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Columns with Bending | |
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Column Framing and Connections | |
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Bolted Connections for Steel Structures | |
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Bolted Connections | |
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Design of a Bolted Connection | |
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Bolted Framing Connections | |
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Bolted Truss Connections | |
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Light-Gage Formed Steel Structures | |
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Light-Gage Steel Products | |
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Light-Gage Steel Decks | |
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Light-Gage Steel Systems | |
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Concrete Construction | |
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Reinforced Concrete Structures | |
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General Considerations | |
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General Application of Strength Methods | |
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Beams: Ultimate Strength Method | |
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Beams in Sitecast Systems | |
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Spanning Slabs | |
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Shear in Beams | |
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Development Length for Reinforcement | |
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Deflection Control | |
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Flat-Spanning Concrete Systems | |
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Slab-and-Beam Systems | |
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General Considerations for Beams | |
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Concrete Columns and Frames | |
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Effects of Compression Force | |
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General Considerations for Concrete Columns | |
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Design Methods and Aids for Concrete Columns | |
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Special Considerations for Concrete Columns | |
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Foundations | |
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Shallow Bearing Foundations | |
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Wall Footings | |
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Column Footings | |
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Pedestals | |
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Structural Systems For Buildings | |
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General Considerations for Building Structures | |
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Choice of Building Construction | |
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Structural Design Standards | |
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Structural Design Process | |
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Development of Structural Systems | |
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Building One | |
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General Considerations | |
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Design of the Wood Structure for Gravity Loads | |
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Design for Lateral Loads | |
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Alternative Steel and Masonry Structure | |
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Alternative Truss Roof | |
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Foundations | |
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Building Two | |
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Design for Gravity Loads | |
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Design for Lateral Loads | |
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Alternative Steel and Masonry Structure | |
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Building Three | |
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General Considerations | |
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Structural Alternatives | |
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Design of the Steel Structure | |
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Alternative Floor Construction with Trusses | |
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Design of the Trussed Bent for Wind | |
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Considerations for a Steel Rigid Frame | |
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Considerations for a Masonry Wall Structure | |
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The Concrete Structure | |
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Design of the Foundations | |
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Properties of Sections | |
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Centroids | |
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Moment of Inertia | |
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Transferring Moments of Inertia | |
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Miscellaneous Properties | |
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Tables of Properties of Sections | |
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Answers to Selected Exercise Problems | |
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Glossary | |
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References | |
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Index | |