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```Chapter 1: Introduction
1.1 Overview of the Text
1.2 The Design Process: Relationship of Analysis to Design
1.3 Strength and Serviceability
1.4 Historical Development of Structural Systems
1.5 Basic Structural Elements
1.6 Assembling Basic Elements to Form a Stable Structural System
1.7 Analyzing by Computer
1.8 Preparation of Computations
Chapter Summary

2.1 Building and Design Code
2.6 Earthquake Forces
Chapter Summary
Problems

Chapter 3: Statics of Structures: Reactions
3.1 Introduction
3.2 Forces
3.3 Supports
3.4 Idealizing Structures
3.5 Free-Body Diagrams
3.6 Equations of Static Equilibrium
3.7 Equations of Condition
3.8 Influence of Reactions on Stability and Determinacy of Structures
3.9 Classifying Structures
3.10 Comparison between Determinate and Indeterminate Structures
Chapter Summary
Problems

Chapter 4: Trusses
4.1 Introduction
4.2 Types of Trusses
4.3 Analysis of Trusses
4.4 Method of Joints
4.5 Zero Bars
4.6 Method of Sections
4.7 Determinacy and Stability
Chapter Summary
Problems

Chapter 5: Beams and Frames
5.1 Introduction
5.2 Scope of the Chapter
5.3 Equations for Shear and Moment
5.4 Shear and Moment Curves
5.5 Principle of Superposition
5.6 Sketching the Deflected Shapes of a Beam or Frame
5.7 Degree of Indeterminacy
Chapter Summary
Problems

Chapter 6: Cables
6.1 Introduction
6.2 Characteristics of Cables
6.3 Variation of Cable Force
6.4 Analysis of a Cable Supporting Gravity (Vertical) Loads
6.5 General Cable Theorem
6.6 Establishing the Funicular Shape of an Arch
Chapter Summary
Problems

Chapter 7: Arches
7.1 Introduction
7.2 Types of Arches
7.3 Three-Hinged Arches
7.4 Funicular Shape for an Arch that Supports a Uniformly Distributed Load
Chapter Summary
Problems

Chapter 8: Live-Load Forces: Influence Lines for Determinate Structures
8.1 Introduction
8.2 Influence Lines
8.3 Construction of an Influence Line
8.4 The Müller-Breslau Principle
8.5 Use of Influence Lines
8.6 Influence Lines for Girders Supporting Floor Systems
8.7 Influence Lines for Trusses
8.9 Increase-Decrease Method
8.11 Maximum Shear
Chapter Summary
Problems

Chapter 9: Deflections of Beams and Frames
9.1 Introduction
9.2 Double Integration Method
9.3 Moment-Area Method
9.5 Conjugate Beam Method
9.6 Design Aids for Beams
Chapter Summary
Problems

Chapter 10: Work-Energy Methods for Computing Deflections
10.1 Introduction
10.2 Work
10.3 Strain Energy
10.4 Deflections by the Work-Energy Method (Real Work)
10.5 Virtual Work: Trusses
10.6 Virtual Work: Beams and Frames
10.7 Finite Summation
10.8 Bernoulli’s Principle of Virtual Displacements
10.9 Maxwell–Betti Law of Reciprocal Deflections
Chapter Summary
Problems

Chapter 11: Analysis of Indeterminate Structures by the Flexibility Method
11.1 Introduction
11.2 Concept of a Redundant
11.3 Fundamentals of the Flexibility Method
11.4 Alternative View of the Flexibility Method (Closing a Gap)
11.5 Analysis Using Internal Releases
11.6 Support Settlements, Temperature Change, and Fabrication Errors
11.7 Analysis of Structures with Several Degrees of Indeterminacy
11.8 Beam on Elastic Supports
Chapter Summary
Problems

Chapter 12: Analysis of Indeterminate Beams and Frames by the Slope-Deflection Method
12.1 Introduction
12.2 Illustration of the Slope-Deflection Method
12.3 Derivation of the Slope-Deflection Equation
12.4 Analysis of Structures by the Slope-Deflection Method
12.5 Analysis of Structures that Are Free to Sidesway
12.6 Kinematic Indeterminacy
Chapter Summary
Problems

Chapter 13: Moment Distribution
13.1 Introduction
13.2 Development of the Moment Distribution Method
13.3 Summary of the Moment Distribution Method with No Joint Translation
13.4 Analysis of Beams by Moment Distribution
13.5 Modification of Member Stiffness
13.6 Analysis of Frames that Are Free to Sidesway
13.8 Analysis of Multistory Frames
13.9 Nonprismatic Members
Chapter Summary
Problems

Chapter 14: Indeterminate Structures: Influence Lines
14.1 Introduction
14.2 Construction of Influence Lines Using Moment Distribution
14.3 Müller–Breslau Principle
14.4 Qualitative Influence Lines for Beams
14.5 Live-Load Patterns to Maximize Forces in Multistory Buildings
Chapter Summary
Problems

Chapter 15: Approximate Analysis of Indeterminate Structures
15.1 Introduction
15.2 Approximate Analysis of a Continuous Beam for Gravity Load
15.3 Approximate Analysis of a Rigid Frame for Vertical Load
15.4 Approximate Analysis of a Continuous Truss
15.5 Estimating Deflections of Trusses
15.6 Trusses with Double Diagonals
15.7 Approximate Analysis of a Multistory Rigid Frame for Gravity Load
15.8 Analysis of Unbraced Frames for Lateral Load
15.9 Portal Method
15.10 Cantilever Method
Chapter Summary
Problems

Chapter 16: Introduction to the General Stiffness Method and Review of Basic Matrix Operations
16.1 Introduction
16.2 Flexibility and Stiffness Methods
16.3 Analysis of an Indeterminate Beam by the General Stiffness Method
16.4 Introduction to Matrix Notation
16.5 Characteristics of Matrices
16.6 Matrix Operations
16.7 Determinants
16.8 Inverse of a Matrix
16.9 Gauss Elimination
Chapter Summary
Problems

Chapter 17: Matrix Analysis of Trusses by the Direct Stiffness Method
17.1 Introduction
17.2 Member and Structure Stiffness Matrices
17.3 Construction of a Members Stiffness Matrix for an Individual Truss Bar
17.4 Assembly of a Structure Stiffness Matrix
17.5 Solution of Direct Stiffness Method
17.6 Member Stiffness Matrix of an Inclined Truss Bar
17.7 Coordinate Transformation of Member Stiffness Matrix
Chapter Summary
Problems

Chapter 18: Matrix Analysis of Beams and Frames by the Direct Stiffness Method
18.1 Introduction
18.2 Structure Stiffness Matrix
18.3 The 2 X 2 Rotational Stiffness Matrix for a Flexural Element
18.4 The 4 X 4 Member Stiffness Matrix in Local Coordinates
18.5 The 6 X 6 Member Stiffness Matrix in Local Coordinates
18.6 The 6 X 6 Member Stiffness Matrix in Global Coordinates and Assemblage of Structure Stiffness Matrix by Direct Summation
Chapter Summary
Problems

Appendix A
Appendix B
Solutions to Selected Problems
Index

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