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Engineering
Mechanical Engineering
Kinematics and Dynamics of Machinery
1. Introduction to Mechanisms and Kinematics
2. Position and Displacement Analysis
3. Velocity Analysis
4. Acceleration Analysis
5. Kinematic Synthesis of Mechanisms
6. Cam Mechanisms
7. Gear Trains
8. Introduction to Dynamics of Machinery
9. Dynamic Force Analysis
10. Turning Moment and Energy Analysis
11. Flywheel Analysis
12. Balancing of Machinery
13. Governors
14. Introduction to Mechanical Vibrations
11.
Flywheel Analysis
11.1.
Function and Purpose
11.1.1.
Energy Storage
11.1.2.
Speed Regulation
11.1.3.
Load Smoothing
11.2.
Energy Calculations
11.2.1.
Kinetic Energy Storage
11.2.2.
Energy Fluctuation Analysis
11.2.3.
Required Flywheel Inertia
11.3.
Flywheel Design
11.3.1.
Rim Design
11.3.2.
Spoke Design
11.3.3.
Hub Design
11.3.4.
Material Selection
11.3.5.
Safety Considerations
11.4.
Flywheel Sizing
11.4.1.
Moment of Inertia Calculation
11.4.2.
Rim Dimensions
11.4.3.
Weight Optimization
11.4.4.
Cost Considerations
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10. Turning Moment and Energy Analysis
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12. Balancing of Machinery