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Lecture 12: Inversions & Applications of Four-bar Chain | Animations | Doodly Explainer Video | KOM

This is a Doodly Explainer Video to explain various Inversions of Four-bar Chain with their Applications. In this, the following topics are covered, with easy-to-understand illustrations/animations: 00:00 Context Setting 00:44 About Four-Bar (or Quadric Cycle) Chain 01:24 Concept of Inversion of Mechanism 01:55 Inversions of Four-bar Chain 03:30 Applications of Four-Bar Inversions 04:30 Beam Engine 05:43 Coupling of Locomotive Wheels 07:00 Drag Link Quick Return Mechanism 08:15 Watt's Straight Line Generator 09:00 Pantograph 10:00 Ackermann Steering Mechanism ---------------------------------------------------------------------------------------------------------------------------------------------------------------LECTURE VIDEOS ON KINEMATICS OF MACHINES Lecture 1: Scope of Kinematics of Machines: ttps://   • Lecture 1: Scope of Kinematics of Mac...   Lecture 2: Introduction to Kinematics of Machines | Overview of Kinematics of Machines:    • Lecture 2: Introduction to Kinematics...   Lecture 3: Difference between Machines & Mechanisms| Doodly Explainer Video:    • Lecture 3: Difference between Machine...   Lecture 4: Fundamental Concepts: Kinematic Links and their Types:    • Lecture 4: Kinematic Links and their ...   Lecture 5: Kinematic Pairs and their Types | Doodly Explainer Video:    • Lecture 5: Kinematic Pairs and their ...   Lecture 6: Kinematic Joints and their Types | Doodly Explainer Video:    • Lecture 6: Kinematic Joints and their...   Lecture 7: Kinematic Chains and their Types | Doodly Explainer Video:    • Lecture 7: Kinematic Chains and their...   Lecture 8: Mechanisms and their Types | Doodly Explainer Video:    • Lecture 8: Mechanisms and their Types...   Lecture 9: Kinematic Diagrams & their Construction | Doodly Explainer Video:    • Lecture 9: Kinematic Diagrams & their...   Lecture 10: Grashoff's Law & Inversions of Grashoff's Chain | Doodly Explainer Video:    • Lecture 10: Grashoff's Law & Inversio...   Lecture 11: Numerical Problems using Grashoff's Law | Identify Nature of Mechanism:    • Lecture 11: Numerical Problems using ...   --------------------------------------------------------------------------------------------------------------------------------------------------------------- LECTURE VIDEOS ON DYNAMICS OF MACHINES Playlist Link:    • Dynamic Force Analysis   --------------------------------------------------------------------------------------------------------------------------------------------------------------- DOODLY EXPLAINER VIDEOS Playlist Link:    • Doodly Explainer Videos   --------------------------------------------------------------------------------------------------------------------------------------------------------------- CAREER GUIDANCE Playlist Link:    • Career Guidance   --------------------------------------------------------------------------------------------------------------------------------------------------------------- Dr. V. Jayakumar, a passionate teacher, author, academician, career counselor & mechanical professor, has over 20 years of teaching experience, including seven and a half years abroad. He has authored 10 textbooks in topics related to Mechanical Engineering, which have been very well received by the student community and teaching fraternity. Four of his books have been prescribed as Textbooks or Reference books in various Indian Universities. Feel free to contact and share your feedback with [email protected]. Support the work by sharing with your friends and subscribing to the channel. #ProfessorJayakumarsClassroom #Inversionsoffourbarchain #DoodlyExplainerVideo #KinematicsofMachines #TheoryofMachines #Animations Disclaimer: All contents provided by this channel are for EDUCATIONAL PURPOSES only. Copyright Disclaimer under section 107 of the Copyright Act of 1976, allowance is made for “fair use” for purposes such as criticism, comment, news reporting, teaching, scholarship, education, and research. Fair use is a use permitted by copyright statute that might otherwise be infringing.