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| Overview | |
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| Definition of Structure | |
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| Building Structure | |
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| Structural Planning and Design | |
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| Types of Loads | |
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| Types of Stress | |
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| Structural Forms in Nature | |
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| Structural Elements in Buildings | |
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| Structure and Architectural Character | |
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| Cost | |
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| Building Codes | |
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| Accuracy of Computations | |
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| Statics | |
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| Introduction | |
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| Forces | |
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| Components and Resultants | |
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| Equilibrium of Concurrent Forces | |
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| Moments and Couples | |
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| Ideal Support Conditions | |
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| Rigid-Body Concept and Free-Body Diagrams | |
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| Equilibrium of Cantilevered Members | |
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| Equilibrium of Simple Beams and Frames | |
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| Two-Force Members | |
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| Graphical Techniques | |
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| Shed and Gable Members | |
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| Stability and Determinacy | |
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| Pinned Frames | |
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| Simple Cable Statics | |
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| Maxwell Diagram Analysis of Suspension Structures | |
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| Maxwell Diagram Analysis of Other Structures | |
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| Conclusion and Procedure | |
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| Structural Properties of Areas | |
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| Introduction | |
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| Centroids | |
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| Moment of Inertia | |
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| Parallel Axis Theorem | |
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| Radius of Gyration | |
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| Stress and Strain | |
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| Types of Stress | |
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| Basic Connection Stresses | |
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| Strain | |
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| Stress Versus Strain | |
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| Stiffness | |
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| Total Axial Deformation | |
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| Thermal Stresses and Strains | |
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| Allowable Stress Design and Limit States Design | |
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| Properties of Structural Materials | |
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| Introduction | |
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| Nature of Wood | |
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| Concrete and Reinforced Concrete | |
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| Structural Steel | |
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| Masonry and Reinforced Masonry | |
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| Creep | |
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| Shear and Moment | |
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| Definitions and Sign Conventions | |
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| Shear and Moment Equations | |
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| Significance of Zero Shear | |
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| Load, Shear, and Moment Relationships | |
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| Uniformly Varying Loads | |
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| Flexural Stresses | |
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| Introduction | |
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| Flexural Strain | |
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| Flexural Stress | |
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| Section Modulus | |
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| Lateral Buckling and Stability | |
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| Shearing Stresses | |
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| Nature of Shearing Stresses | |
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| Diagonal Tension and Compression | |
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| Basic Horizontal Shearing Stress Equation | |
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| Horizontal Shearing Stresses in Timber Beams | |
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| Horizontal Shearing Stresses in Steel Beams | |
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| Deflection and Indeterminate Beams | |
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| Introduction | |
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| Moment-Area Method | |
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| Principle of Superposition | |
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| Use of Deflection Formulas | |
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| Superposition and Indeterminate Structures | |
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| Theorem of Three Moments | |
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| Loading Patterns | |
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| Beam Design and Framing | |
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| Introduction | |
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| Shape of Beam Cross Sections | |
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| "Ideal" Beams | |
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| Properties of Materials | |
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| Tributary Area | |
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| Framing Direction | |
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| Selecting Wood Beams | |
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| Selecting Steel Beams | |
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| Design Aids for Wood and Steel | |
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| Elastic Buckling of Columns | |
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| Columns as Building Structural Elements | |
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| Column Failure Modes | |
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| The Euler Theory | |
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| Influence of Different End Conditions | |
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| Intermediate Lateral Bracing | |
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| Limits to the Applicability of the Euler Equation | |
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| Eccentric Loading and Beam-Columns | |
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| Trusses | |
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| Introduction | |
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| Analysis by Joint Equilibrium | |
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| Analysis by Maxwell Diagram | |
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| Method of Sections | |
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| Special Types of Trusses | |
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| Appendixes | |
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| Derivation of Basic Flexural Stress Equation | |
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| Derivation of Basic Horizontal Shearing Stress Equation | |
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| Derivation of Euler Column Buckling Equation | |
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| Weights of Selected Building Materials | |
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| Properties of Selected Materials | |
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| Properties of Areas | |
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| Proof of Moment-Area Theorems | |
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| Allowable Stresses and Modulus of Elasticity Values for Selected Structural Sawn Lumber | |
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| Wood Section Properties | |
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| Properties of Selected Steel Sections | |
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| Shear, Moment, and Deflection Equations | |
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| Introduction to the SI Metric System | |
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| Answers to Problems | |
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| Index | |