Structural Analysis
Structural Analysis
1. Fundamental Concepts
1.1 Introduction
1.2 Equilibrium
1.3 Boundary Conditions
1.4 Free Body Diagrams
1.5 Small Rigid Body Displacements
2. Forces in Statically Determinate Beams and Plane Frames
2.1 Introduction
2.2 Determinacy and Stability
Problems - Determinacy and Stability
2.3 Free Body Diagrams
2.4 Equilibrium Demonstration (Notebook)
2.5 Beam Reactions Example (Notebook)
2.6 Beam Reactions Examples
Problems - Beam Reactions
2.7 Frame Reactions, Part 1
Frame Reactions, Part 2
Problems - Frame Reactions
2.8 NVM Diagrams
Problems - Beam VM Diagrams
Problems - Frame NVM Diagrams
3. Forces in Statically Determinate Trusses
3.1 Introduction
3.2 Determinacy and Stability
3.3 Method of Joints
3.4 Method of Sections
3.5 Worked Examples
3.6 Matrix Methods
3.7 Matrix Methods Implementation
3.8 Stability and Matrix Methods
3.9 Suggested Problems
4. Virtual Displacements
4.1 Introduction
4.2 Work Done by Loads
4.3 Worked Examples
4.4 Suggested Problems
5. Influence Lines
5.1 Introduction - Part 1 - Equilibrium
Introduction - Part 2 - Müller-Breslau
Introduction - Part 3 - Use
5.2 Worked Examples
5.3 Suggested Problems
6. Elastic Displacements
6.1 Assumptions
6.2 Work and Energy
6.3 Bettis Law
6.4 Virtual Work
6.5 Truss Example 1
6.6 Truss Example 2
6.7 Beams and Frames
6.8 Suggested Problems
7. Statically Indeterminate Beams and Frames - Force Method
7.1 Introduction
7.2 Example - Beam 1
7.3 Example - Beam 1 Alternate Redundants
7.4 Example - Support Settlement
7.5 Example - Elastic Supports
7.6 Example - Frame 1
7.7 Example - Frame 2 (Alternate Redundant)
7.8 Example - Frame 3
7.9 Example - Multiple Redundants
7.10 Suggested Problems
8. Statically Indeterminate Beams and Frames - Stiffness Method
8.1 Introduction and Derivation
8.2 Fixed End Moments
8.3 Example Problem Solutions
8.4 Suggested Problems
9. Notebooks
9.1 Development of Integration Formulae
9.2 Demo of integrating m*M
9.3 Problem 6-5 Solution
9.4 Problem 6-6 Alternate Solution
Powered by
Jupyter Book
Toggle Sidebar
1: Fundamental Concepts
1.4: Free Body Diagrams
material to come
〈
Boundary Conditions
Small Rigid Body Displacements
〉