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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
Fundamentals of Kinematics
Basic Concepts
Mechanisms and Machines
Definitions and Differences
Classification of Mechanisms
Machine Elements vs. Mechanisms
Links, Joints, and Kinematic Chains
Types of Links
Binary Links
Ternary Links
Quaternary Links
Types of Joints
Lower Pairs
Higher Pairs
Revolute Joints
Prismatic Joints
Cylindrical Joints
Spherical Joints
Kinematic Chains
Open Chains
Closed Chains
Constrained Motion
Degrees of Freedom
Definition and Calculation
Gruebler's Equation
Kutzbach's Criterion
Mobility Analysis
Redundant Constraints
Kinematic Inversion
Concept and Applications
Inversions of Four-bar Linkage
Inversions of Slider-crank Mechanism
Common Mechanisms
Four-Bar Linkage
Structure and Function
Types of Four-Bar Linkages
Crank-rocker
Double-crank
Double-rocker
Change-point Mechanism
Grashof's Law
Transmission Angle
Slider-Crank Mechanism
Structure and Function
Inversions and Applications
Engine Mechanism
Reciprocating Pump
Oscillating Cylinder Engine
Quick-Return Mechanisms
Whitworth Quick-Return
Slotted Lever Mechanism
Crank and Slotted Lever
Geneva Mechanism
Structure and Operation
Ratchet and Pawl Mechanism
Structure and Function
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3. Kinematic Analysis of Mechanisms