Toggle Side Panel
Close search
Course Content
Syllabus
0/1
Syllabus
Lesson Plan
0/1
Lesson Plan
Lecture Notes
0/45
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
0/5
Unit 1
Unit 2
Unit 3
Unit 4
Unit 5
Resource Links
0/1
Unit 1 to 5
Assignments
0/2
Assignment 1
Assignment 2
Grades & Toppers
Videos
0/2
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
0/5
Unit 1
Unit 2
Unit 3
Unit 4
Unit 5
23MET204- Mechanics of Machines

 

Four Bar Chain Mechanism | Grashof’s Law | Inversion Of Four Bar Chain

https://www.youtube.com/watch?v=UNEvKKXyI***/a>

Previous
Next

Report

Harassment or bullying behavior
Contains mature or sensitive content
Contains misleading or false information
Contains abusive or derogatory content
Contains spam, fake content or potential malware

Block Member?

Please confirm you want to block this member.

You will no longer be able to:

  • See blocked member's posts
  • Mention this member in posts
  • Invite this member to groups
  • Message this member
  • Add this member as a connection

Please note: This action will also remove this member from your connections and send a report to the site admin. Please allow a few minutes for this process to complete.

Report

You have already reported this .