Kinematics and Dynamics of Machinery

  1. Dynamic Force Analysis
    1. Inertia Forces and Torques
      1. D'Alembert's Principle Application
        1. Inertia Force Calculation
          1. Inertia Torque Calculation
            1. Dynamic Equilibrium
            2. Dynamic Equivalence
              1. Statically Equivalent System
                1. Dynamically Equivalent System
                  1. Two-Mass Equivalent System
                    1. Applications in Analysis
                    2. Dynamic Analysis Procedures
                      1. Force Analysis Steps
                        1. Moment Analysis Steps
                          1. Computer-Aided Analysis
                          2. Dynamic Analysis of Slider-Crank Mechanism
                            1. Gas Force Analysis
                              1. Inertia Force of Reciprocating Parts
                                1. Inertia Force of Connecting Rod
                                  1. Crank Effort Calculation
                                    1. Turning Moment Diagram
                                      1. Bearing Reactions
                                      2. Dynamic Analysis of Four-Bar Linkage
                                        1. Joint Reaction Forces
                                          1. Input Torque Requirements
                                            1. Analysis Procedures
                                            2. Engine Dynamics
                                              1. Single-Cylinder Engine Analysis
                                                1. Multi-Cylinder Engine Analysis
                                                  1. Firing Order Effects
                                                    1. Crankshaft Loading

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                                                  8. Introduction to Dynamics of Machinery

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                                                  10. Turning Moment and Energy Analysis