Note: Supplemental materials are not guaranteed with Rental or Used book purchases.
Purchase Benefits
What is included with this book?
Preface to the Eleventh Edition | p. xi |
Preface to the First Edition | p. xv |
Introduction | p. 1 |
Fundamental Functions of Structures | p. 9 |
Investigation of Forces, Force Systems, Loading, and Reactions | p. 11 |
Properties of Forces | p. 11 |
Static Equilibrium | p. 15 |
Force Components and Combinations | p. 16 |
Graphical Analysis of Concurrent Force Systems | p. 21 |
Algebraic Analysis of Nonconcurrent Force Systems | p. 25 |
Laws of Equilibrium | p. 29 |
Loads and Reactive Forces | p. 32 |
Load Sources | p. 36 |
Load Combinations | p. 48 |
Determination of Design Loads | p. 49 |
Design Methods | p. 51 |
Investigation of Axial Force Actions | p. 55 |
Forces and Stresses | p. 55 |
Deformation | p. 59 |
Suspension Cables | p. 65 |
Funicular Arches | p. 67 |
Graphical Analysis of Planar Trusses | p. 70 |
Algebraic Analysis of Planar Trusses | p. 77 |
Cable-Stayed Structures | p. 85 |
Compression Members | p. 87 |
Investigation of Structures for Shear and Bending | p. 92 |
Direct Shear Stress | p. 92 |
Shear in Beams | p. 93 |
Bending Moments in Beams | p. 98 |
Sense of Bending in Beams | p. 103 |
Tabulated Values for Beam Behavior | p. 111 |
Development of Bending Resistance | p. 115 |
Shear Stress in Beams | p. 118 |
Continuous and Restrained Beams | p. 123 |
Members Experiencing Compression Plus Bending | p. 138 |
Rigid Frames | p. 148 |
Buckling of Beams | p. 157 |
Structural Systems and Planning | p. 161 |
General Considerations for Structural Systems | p. 162 |
Shear Wall and Diaphragm Structural System | p. 165 |
Braced Frame Systems | p. 166 |
Moment Frame Systems | p. 168 |
Wood Construction | p. 170 |
Steel Construction | p. 176 |
Concrete Construction | p. 182 |
Wood Construction | p. 189 |
Wood Spanning Elements | p. 191 |
Structural Lumber | p. 192 |
Reference Design Values for Allowable Stress Design | p. 193 |
Design Controls for Load and Resistance Factor Design | p. 202 |
Design for Bending | p. 204 |
Beam Shear | p. 207 |
Bearing | p. 208 |
Deflection | p. 210 |
Behavior Considerations for LRFD | p. 214 |
Joists and Rafters | p. 222 |
Decking for Roofs and Floors | p. 226 |
Plywood | p. 227 |
Glued-Laminated Products | p. 231 |
Wood Fiber Products | p. 232 |
Assembled Wood Structural Products | p. 233 |
Wood Columns | p. 236 |
Slenderness Ratio for Columns | p. 237 |
Compression Capacity of Simple Solid Columns, ASD Method | p. 237 |
Column Load Capacity, LRFD Method | p. 245 |
Stud Wall Construction | p. 247 |
Columns with Bending | p. 249 |
Connections for Wood Structures | p. 258 |
Bolted Joints | p. 258 |
Nailed Joints | p. 260 |
Plywood Gussets | p. 264 |
Investigation of Connections, LRFD Method | p. 264 |
Formed Steel Framing Elements | p. 265 |
Steel Construction | p. 269 |
Steel Structural Products | p. 271 |
Design Methods for Steel Structures | p. 271 |
Materials for Steel Products | p. 273 |
Types of Steel Structural Products | p. 276 |
Steel Beams and Framing Elements | p. 282 |
Factors in Beam Design | p. 282 |
Inelastic Versus Elastic Behavior | p. 284 |
Nominal Moment Capacity of Steel Beams | p. 291 |
Design for Bending | p. 299 |
Design of Beams for Buckling Failure | p. 304 |
Shear in Steel Beams | p. 307 |
Deflection of Beams | p. 313 |
Safe Load Tables | p. 322 |
Steel Trusses | p. 333 |
Manufactured Trusses for Flat Spans | p. 335 |
Decks with Steel Framing | p. 343 |
Concentrated Load Effects on Beams | p. 345 |
Steel Columns and Frames | p. 348 |
Column Shapes | p. 348 |
Column Slenderness and End Conditions | p. 350 |
Safe Axial Loads for Steel Columns | p. 351 |
Design of Steel Columns | p. 357 |
Columns with Bending | p. 368 |
Column Framing and Connections | p. 372 |
Bolted Connections for Steel Structures | p. 375 |
Bolted Connections | p. 375 |
Design of a Bolted Connection | p. 387 |
Bolted Framing Connections | p. 393 |
Bolted Truss Connections | p. 395 |
Light-Gage Formed Steel Structures | p. 399 |
Light-Gage Steel Products | p. 399 |
Light-Gage Steel Decks | p. 400 |
Light-Gage Steel Systems | p. 405 |
Concrete Construction | p. 407 |
Reinforced Concrete Structures | p. 409 |
General Considerations | p. 409 |
General Application of Strength Methods | p. 417 |
Beams: Ultimate Strength Method | p. 417 |
Beams in Sitecast Systems | p. 431 |
Spanning Slabs | p. 446 |
Shear in Beams | p. 452 |
Development Length for Reinforcement | p. 467 |
Deflection Control | p. 477 |
Flat-Spanning Concrete Systems | p. 479 |
Slab-and-Beam Systems | p. 480 |
General Considerations for Beams | p. 488 |
Concrete Columns and Frames | p. 492 |
Effects of Compression Force | p. 493 |
General Considerations for Concrete Columns | p. 496 |
Design Methods and Aids for Concrete Columns | p. 506 |
Special Considerations for Concrete Columns | p. 515 |
Foundations | p. 522 |
Shallow Bearing Foundations | p. 522 |
Wall Footings | p. 523 |
Column Footings | p. 532 |
Pedestals | p. 541 |
Structural Systems For Buildings | p. 545 |
General Considerations for Building Structures | p. 547 |
Choice of Building Construction | p. 547 |
Structural Design Standards | p. 548 |
Structural Design Process | p. 549 |
Development of Structural Systems | p. 550 |
Building One | p. 554 |
General Considerations | p. 554 |
Design of the Wood Structure for Gravity Loads | p. 555 |
Design for Lateral Loads | p. 560 |
Alternative Steel and Masonry Structure | p. 572 |
Alternative Truss Roof | p. 578 |
Foundations | p. 580 |
Building Two | p. 583 |
Design for Gravity Loads | p. 585 |
Design for Lateral Loads | p. 588 |
Alternative Steel and Masonry Structure | p. 590 |
Building Three | p. 593 |
General Considerations | p. 593 |
Structural Alternatives | p. 597 |
Design of the Steel Structure | p. 599 |
Alternative Floor Construction with Trusses | p. 608 |
Design of the Trussed Bent for Wind | p. 612 |
Considerations for a Steel Rigid Frame | p. 617 |
Considerations for a Masonry Wall Structure | p. 618 |
The Concrete Structure | p. 624 |
Design of the Foundations | p. 648 |
Properties of Sections | p. 651 |
Centroids | p. 651 |
Moment of Inertia | p. 654 |
Transferring Moments of Inertia | p. 658 |
Miscellaneous Properties | p. 662 |
Tables of Properties of Sections | p. 665 |
Answers to Selected Exercise Problems | p. 678 |
Glossary | p. 686 |
References | p. 697 |
Index | p. 699 |
Table of Contents provided by Ingram. All Rights Reserved. |