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Engineering
Mechanical Engineering
Machine Design and Mechanisms
1. Introduction to Machine Design
2. Fundamentals of Kinematics
3. Kinematic Analysis of Mechanisms
4. Design and Analysis of Specific Mechanisms
5. Dynamics of Machinery
6. Vibrations in Machinery
7. Stress, Strain, and Deflection Analysis
8. Failure Prevention
9. Design of Mechanical Elements
Design and Analysis of Specific Mechanisms
Cam Mechanisms
Types of Cams
Radial Cams
Cylindrical Cams
Translating Cams
Conjugate Cams
Types of Followers
Knife-Edge Follower
Roller Follower
Flat-Faced Follower
Spherical-Faced Follower
Oscillating Followers
Follower Motion Profiles
Constant Velocity
Constant Acceleration
Simple Harmonic Motion
Cycloidal Motion
Modified Trapezoidal Motion
Polynomial Motion
Cam Profile Synthesis
Graphical Methods
Analytical Methods
Computer-Aided Design
Pressure Angle and Undercutting
Definition and Effects
Maximum Pressure Angle
Avoiding Undercutting
Cam Size Optimization
Cam Forces and Stresses
Force Analysis
Contact Stresses
Cam Material Selection
Gear Trains
Fundamental Law of Gearing
Conjugate Action
Velocity Ratio
Constant Angular Velocity Ratio
Gear Terminology and Geometry
Pitch Circle
Module and Diametral Pitch
Addendum and Dedendum
Pressure Angle
Circular Pitch
Backlash
Types of Gears
Spur Gears
External Gears
Internal Gears
Rack and Pinion
Helical Gears
Parallel Axis
Crossed Axis
Bevel Gears
Straight Bevel
Spiral Bevel
Zerol Bevel
Worm Gears
Single Thread
Multiple Thread
Gear Train Analysis
Simple Gear Trains
Compound Gear Trains
Reverted Gear Trains
Epicyclic Gear Trains
Planetary Gear Trains
Solar Gear Trains
Tabular Method
Formula Method
Gear Ratio Calculations
Speed Ratios
Torque Ratios
Efficiency Calculations
Direction of Rotation
External Gears
Internal Gears
Gear Train Direction Analysis
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3. Kinematic Analysis of Mechanisms
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5. Dynamics of Machinery