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1.1 Mechanisms and Kinematics
1.2 Kinematic-Diagrams-and-Inversion-of-Mechanisms
1.3 Kinematic-Terminology-Links-Pairs-and-Chains
1.4 Planar-Mechanisms-Foundations-and-Key-Concepts
1.5 Single-and-Double-Slider-Crank-Mechanisms-Fundamentals
1.6 The-Four-Bar-Mechanism-Fundamentals-and-Applications
1.7 Understanding-Grashofs-Law-The-Key-to-Four-Bar-Linkages
1.8 Understanding-Mobility-Coincident-Joints-and-Grueblers-Equation.pptx
1.9 Velocity-and-Acceleration-Analysis-by-Graphical-Relative-Velocity-Method.pptx
2.1 Types-of-Cams-and-Followers
2.2 Types-of-Follower-Motion-and-Their-Derivatives
2.3 Cam-Terminology-Understanding-the-Heart-of-Engine-Performance
2.4 Construction-of-Cam-Profile-for-Offset-Follower-with-Different-Motions
2.5 Construction-of-Cam-Profile-for-Radial-Follower-with-Different-Motions
2.6 Displacement-Velocity-and-Acceleration-for-Different-Follower-Motions
2.7 Undercutting-in-CAM-Unlocking-Complex-Machining-Possibilities
2.8 Velocity-and-Acceleration-Analysis-for-Cams-with-Specified-Contours
2.9 Cams-with-Special-Contours
3.1 Epicyclic-Gear-Trains-and-Automobile-Differentials
3.2 Gear-Terminology-and-Fundamentals-of-Gearing
3.3 Gyroscopic-Effects-on-Airplanes-Ships-and-Four-Wheelers
3.4 Gyroscopic-Forces-and-Gyroscopic-Couple-Understanding-Rotational-Dynamics
3.5 Interference-and-Undercutting-in-Gears-Understanding-the-Challenges-and-Solutions
3.6 Minimum-Number-of-Teeth-and-Contact-Ratio-in-Gears
3.7 Precessional-Angular-Motion-Understanding-the-Wobble-of-Spinning-Objects
3.8 Simple-and-Compound-Gear-Trains-Fundamentals-and-Applications
3.9 Understanding-the-Involute-Tooth-Profile
4.1 DAlemberts-Principle-Bridging-Statics-and-Dynamics
4.2 Design-of-Flywheel-for-Internal-Combustion-Engine
4.3 Equivalent-Dynamic-System-of-Reciprocating-Engine
4.4 Inertial-Force-Analysis-of-Reciprocating-Engines
4.5 Introduction-to-Dynamics-of-Machines
4.6 Static-Force-Analysis-of-Reciprocating-Engines
4.7 Turning-Moment-Diagram-of-a-Four-Stroke-Engine
4.8 Turning-Moment-Diagram-of-Multicylinder-Engine-Understanding-Torque-Fluctuations
5.1 Balancing-of-Single-Rotating-Mass-in-One-Plane
5.3 Introduction-to-Vibration-and-Terminologies
5.2 Design-of-Flywheel-Rim-Principles-and-Innovations
5.4 Single-Degree-of-Freedom-System-Damped-and-Undamped-Vibrations
5.5 Single-Degree-of-Freedom-System-Damped-and-Undamped-Vibrations
5.6 Static-and-Dynamic-Balancing-Ensuring-Smooth-Rotation (1)
5.7 Torsional-Vibration-Single-Rotor-and-Two-Rotor-Systems
5.8 Understanding-Free-and-Forced-Vibrations-Fundamentals-and-Applications
5.9 Vibration-Isolation-and-Transmissibility-Fundamentals-and-Applications
5.10 Vibration-Isolation-and-Transmissibility-Fundamentals-and-Applications
Puzzles
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Unit 1
Unit 2
Unit 3
Unit 4
Unit 5
Resource Links
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Unit 1 to 5
Assignments
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Assignment 1
Assignment 2
Grades & Toppers
Videos
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Four Bar Chain Mechanism | Grashof’s Law | Inversion Of Four Bar Chain
00:00
How to draw radial cam profile with a roller follower
00:00
Questions Bank
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Unit 1
Unit 2
Unit 3
Unit 4
Unit 5
23MET204- Mechanics of Machines

Design a four-bar mechanism inversion suitable for a quick-return mechanism and explain the working principle.( Co-1, Blooms level-3)- Locomotive Engines Ltd

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