Engineering Mechanics

  1. Internal Forces
    1. Internal Loadings in Structural Members
      1. Types of Internal Forces
        1. Normal Force
          1. Axial Loading
            1. Sign Conventions
            2. Shear Force
              1. Transverse Loading
                1. Sign Conventions
                2. Bending Moment
                  1. Flexural Loading
                    1. Sign Conventions
                    2. Torsional Moment
                      1. Twisting Loading
                        1. Sign Conventions
                      2. Method of Sections for Internal Forces
                        1. Sign Convention Consistency
                        2. Shear and Bending Moment Diagrams
                          1. Purpose and Applications
                            1. Structural Design
                              1. Maximum Value Identification
                              2. Construction Methods
                                1. Point-by-Point Method
                                  1. Integration Method
                                  2. Graphical Construction
                                    1. Step-by-Step Procedure
                                      1. Critical Points
                                      2. Load-Shear-Moment Relationships
                                        1. Differential Relationships
                                          1. Load to Shear Relationship
                                            1. Shear to Moment Relationship
                                            2. Integration Relationships
                                              1. Area Method Applications
                                            3. Cable Analysis
                                              1. Cable Characteristics
                                                1. Flexible Members
                                                  1. Tension-Only Capability
                                                  2. Cables with Concentrated Loads
                                                    1. Geometry Analysis
                                                      1. Tension Calculation
                                                        1. Support Reactions
                                                        2. Cables with Distributed Loads
                                                          1. Parabolic Cable Shape
                                                            1. Uniform Load Distribution
                                                              1. Tension Variation
                                                                1. Maximum Tension Location

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                                                            5. Structural Analysis

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                                                            7. Friction