Velocity and Acceleration Analysis of Four Bar Mechanism (Graphical Method) | Kinematic Analysis |
Professor Jayakumar's Classroom
Velocity and Acceleration Analysis of Four Bar Mechanism (Graphical Method) | Kinematic Analysis |
17:26
Lecture 35: Numerical Problem on Balancing of COUPLED In-Cylinder Locomotive (Part 6) | DOM | TOM |
Professor Jayakumar's Classroom
Lecture 35: Numerical Problem on Balancing of COUPLED In-Cylinder Locomotive (Part 6) | DOM | TOM |
28:05
Lecture 34: Underlying Concepts in Partial Balancing of COUPLED Locomotives | Part 5 | DOM | TOM |
Professor Jayakumar's Classroom
Lecture 34: Underlying Concepts in Partial Balancing of COUPLED Locomotives | Part 5 | DOM | TOM |
11:51
Lecture 33: Numerical Problem on Balancing of Outside-Cylinder Uncoupled Locomotive (Part 4) | DOM |
Professor Jayakumar's Classroom
Lecture 33: Numerical Problem on Balancing of Outside-Cylinder Uncoupled Locomotive (Part 4) | DOM |
19:18
Lecture 32: Numerical Problem on Balancing of Inside-Cylinder Uncoupled Locomotive (Part 3) | DOM |
Professor Jayakumar's Classroom
Lecture 32: Numerical Problem on Balancing of Inside-Cylinder Uncoupled Locomotive (Part 3) | DOM |
22:33
Lecture 31: Effect of Partial Balancing in Locomotives | Balancing of Locomotives (Part 2) | DOM |
Professor Jayakumar's Classroom
Lecture 31: Effect of Partial Balancing in Locomotives | Balancing of Locomotives (Part 2) | DOM |
20:11
Lecture 29: Numerical Problem on Balancing of Single-Cylinder Reciprocating Engine | DOM | TOM |
Professor Jayakumar's Classroom
Lecture 29: Numerical Problem on Balancing of Single-Cylinder Reciprocating Engine | DOM | TOM |
10:49
Lecture 28: Balancing of Single Cylinder Reciprocating Engine | Dynamics of Machines | Doodly |
Professor Jayakumar's Classroom
Lecture 28: Balancing of Single Cylinder Reciprocating Engine | Dynamics of Machines | Doodly |
12:39
Lecture 30: Introduction to Locomotives | Partial Balancing of Locomotives (Part 1) | DOM | Doodly |
Professor Jayakumar's Classroom
Lecture 30: Introduction to Locomotives | Partial Balancing of Locomotives (Part 1) | DOM | Doodly |
9:39
INTERNSHALA SUMMER INTERNSHIPS | Free Work-from-Home Internships for College Students & Freshers |
Professor Jayakumar's Classroom
INTERNSHALA SUMMER INTERNSHIPS | Free Work-from-Home Internships for College Students & Freshers |
13:56
Free AICTE Internships for All Engineering Students & Freshers | Virtual Internships with Stipend |
Professor Jayakumar's Classroom
Free AICTE Internships for All Engineering Students & Freshers | Virtual Internships with Stipend |
9:29
MCQ#10: Important MCQs on Belts, Ropes and Chains | Objective Type Q & A | Kinematics of Machines |
Professor Jayakumar's Classroom
MCQ#10: Important MCQs on Belts, Ropes and Chains | Objective Type Q & A | Kinematics of Machines |
22:05
Lecture 27: Numerical Problem#2 on Balancing of Several Masses Revolving in Different Planes | DOM |
Professor Jayakumar's Classroom
Lecture 27: Numerical Problem#2 on Balancing of Several Masses Revolving in Different Planes | DOM |
18:25
Lecture 26: Numerical Problem on Balancing of Several Masses Revolving in Different Planes | DOM |
Professor Jayakumar's Classroom
Lecture 26: Numerical Problem on Balancing of Several Masses Revolving in Different Planes | DOM |
26:07
Lecture 25: Concept of DOLBY's Method | Balancing of Several Masses Revolving in Different Planes |
Professor Jayakumar's Classroom
Lecture 25: Concept of DOLBY's Method | Balancing of Several Masses Revolving in Different Planes |
8:34
Lecture 24: Concept of Dynamic Balancing | Balancing of Several Masses Revolving in Different Planes
Professor Jayakumar's Classroom
Lecture 24: Concept of Dynamic Balancing | Balancing of Several Masses Revolving in Different Planes
6:37
MCQ#09: Important MCQs on Gear Trains | Objective Type Q & A | Kinematics of Machines | Doodly |
Professor Jayakumar's Classroom
MCQ#09: Important MCQs on Gear Trains | Objective Type Q & A | Kinematics of Machines | Doodly |
18:56
MCQ#08: Important MCQs on Gear Tooth Profiles, Contact Ratio, Interference & Undercutting | KOM |
Professor Jayakumar's Classroom
MCQ#08: Important MCQs on Gear Tooth Profiles, Contact Ratio, Interference & Undercutting | KOM |
14:56
MCQ#07: Important MCQs on Gear Types & Gear Nomenclature | KOM | Objective Type Q&A | Doodly | Mech.
Professor Jayakumar's Classroom
MCQ#07: Important MCQs on Gear Types & Gear Nomenclature | KOM | Objective Type Q&A | Doodly | Mech.
17:31
MCQ#06: Important MCQs on Inversions of Slider-Crank Chains & Mechanisms with Lower Pairs | KOM |
Professor Jayakumar's Classroom
MCQ#06: Important MCQs on Inversions of Slider-Crank Chains & Mechanisms with Lower Pairs | KOM |
19:44
MCQ#05: Important MCQs on Grashof's Law and Inversions of Four-Bar Chain | Objective Type Q&A | KOM
Professor Jayakumar's Classroom
MCQ#05: Important MCQs on Grashof's Law and Inversions of Four-Bar Chain | Objective Type Q&A | KOM
12:08
12: Capstone Project on Geneva Mechanism | Modelling and Simulation | Autodesk Inventor |
Professor Jayakumar's Classroom
12: Capstone Project on Geneva Mechanism | Modelling and Simulation | Autodesk Inventor |
3:47
MCQ#04: Important MCQs on Degrees of Freedom of Mechanisms | Objective Type Q & A | KOM |
Professor Jayakumar's Classroom
MCQ#04: Important MCQs on Degrees of Freedom of Mechanisms | Objective Type Q & A | KOM |
11:01
MCQ#03: Important MCQs on Kinematic Links, Pairs, Constrained Motion & Chains | Objective Type Q&A
Professor Jayakumar's Classroom
MCQ#03: Important MCQs on Kinematic Links, Pairs, Constrained Motion & Chains | Objective Type Q&A
16:25
11: Capstone Project on Impactive Robot Gripper Mechanism | Modelling and Simulation | FUSION360 |
Professor Jayakumar's Classroom
11: Capstone Project on Impactive Robot Gripper Mechanism | Modelling and Simulation | FUSION360 |
4:59
MCQ#02: Important MCQs on Velocity and Acceleration Analysis of Mechanisms | KOM |Objective Type Q&A
Professor Jayakumar's Classroom
MCQ#02: Important MCQs on Velocity and Acceleration Analysis of Mechanisms | KOM |Objective Type Q&A
24:28
10: Capstone Project on Quick-Acting Hold Down Clamp Assembly | Modelling and Simulation | KOM |
Professor Jayakumar's Classroom
10: Capstone Project on Quick-Acting Hold Down Clamp Assembly | Modelling and Simulation | KOM |
5:00
MCQ#01: Important MCQs on Kinematics of CAM | Kinematics of Machines | Objective Type Q&A |
Professor Jayakumar's Classroom
MCQ#01: Important MCQs on Kinematics of CAM | Kinematics of Machines | Objective Type Q&A |
13:46
09: Working Model of Steering Wheel Mechanism using Cardboard | Doodly | Kinematics of Machines |
Professor Jayakumar's Classroom
09: Working Model of Steering Wheel Mechanism using Cardboard | Doodly | Kinematics of Machines |
4:16
08: Capstone Project on MacPherson Strut Suspension Mechanism using SolidWorks | KOM | Doodly |
Professor Jayakumar's Classroom
08: Capstone Project on MacPherson Strut Suspension Mechanism using SolidWorks | KOM | Doodly |
5:42
07: Capstone Project on Auto Reverser of Spur Gears using SolidWorks | Modelling and Simulation |
Professor Jayakumar's Classroom
07: Capstone Project on Auto Reverser of Spur Gears using SolidWorks | Modelling and Simulation |
5:37
06: Capstone Project on Pick and Place Mechanism using SolidWorks | Modelling and Simulation | KOM |
Professor Jayakumar's Classroom
06: Capstone Project on Pick and Place Mechanism using SolidWorks | Modelling and Simulation | KOM |
4:36
05: Animation of Applications of Inversions of Double-Slider Crank Chain using FUSION 360 | KOM |
Professor Jayakumar's Classroom
05: Animation of Applications of Inversions of Double-Slider Crank Chain using FUSION 360 | KOM |
3:31
Lecture 23: Numerical Problem on Balancing of Several Rotating Masses in the Same Plane |
Professor Jayakumar's Classroom
Lecture 23: Numerical Problem on Balancing of Several Rotating Masses in the Same Plane |
24:57
Lecture 22: Concepts of Balancing of Several Rotating Masses in the Same Plane |Dynamics of Machines
Professor Jayakumar's Classroom
Lecture 22: Concepts of Balancing of Several Rotating Masses in the Same Plane |Dynamics of Machines
10:58
Lecture 21: Balancing of Single Rotating Mass | Dynamics of Machines | Doodly Explainer Video
Professor Jayakumar's Classroom
Lecture 21: Balancing of Single Rotating Mass | Dynamics of Machines | Doodly Explainer Video
8:38
Lecture 20: Overview (Basic Concepts & Significance) of Balancing of Masses | Dynamics of Machines
Professor Jayakumar's Classroom
Lecture 20: Overview (Basic Concepts & Significance) of Balancing of Masses | Dynamics of Machines
8:39
Lecture 17: Numerical Problems on Degrees of Freedom of Mechanisms having Redundant/Idle DOF Link
Professor Jayakumar's Classroom
Lecture 17: Numerical Problems on Degrees of Freedom of Mechanisms having Redundant/Idle DOF Link
7:04
Lecture 16: 10 Numerical Problems on Degrees of Freedom/Mobility of Planar Mechanisms | Kutzback |
Professor Jayakumar's Classroom
Lecture 16: 10 Numerical Problems on Degrees of Freedom/Mobility of Planar Mechanisms | Kutzback |
21:13
Lecture 15: Understanding Degrees of Freedom & Mobility of Mechanisms | Kutzback Criterion | KOM
Professor Jayakumar's Classroom
Lecture 15: Understanding Degrees of Freedom & Mobility of Mechanisms | Kutzback Criterion | KOM
9:12
04: Scotch Yoke Mechanism Working Model | Animation | Inversion | Doodly | KOM | Capstone Project
Professor Jayakumar's Classroom
04: Scotch Yoke Mechanism Working Model | Animation | Inversion | Doodly | KOM | Capstone Project
3:37
Lecture 14: Numerical Problems on Transmission Angle of Four-Bar Mechanism | Toggle Positions | KOM
Professor Jayakumar's Classroom
Lecture 14: Numerical Problems on Transmission Angle of Four-Bar Mechanism | Toggle Positions | KOM
13:45
Lecture 13: Mechanical Advantage & Transmission Angle of Four-Bar Mechanism | Toggle Positions | KOM
Professor Jayakumar's Classroom
Lecture 13: Mechanical Advantage & Transmission Angle of Four-Bar Mechanism | Toggle Positions | KOM
14:17
Lecture 12: Inversions & Applications of Four-bar Chain | Animations | Doodly Explainer Video | KOM
Professor Jayakumar's Classroom
Lecture 12: Inversions & Applications of Four-bar Chain | Animations | Doodly Explainer Video | KOM
11:51
03: Crank and Slotted Quick Return Mechanism Model | Animation | Inversion | Doodly | MAKIT | KOM
Professor Jayakumar's Classroom
03: Crank and Slotted Quick Return Mechanism Model | Animation | Inversion | Doodly | MAKIT | KOM
4:27
02: Beam Engine Mechanism Model | Crank-Rocker Mechanism | Animation | Inversion | Doodly | MAKIT
Professor Jayakumar's Classroom
02: Beam Engine Mechanism Model | Crank-Rocker Mechanism | Animation | Inversion | Doodly | MAKIT
3:22
Lecture 11: Numerical Problems using Grashoff's Law | Animation | Identify Nature of Mechanism |
Professor Jayakumar's Classroom
Lecture 11: Numerical Problems using Grashoff's Law | Animation | Identify Nature of Mechanism |
9:08
Lecture 10: Grashoff's Law & Inversions of Grashoff's Chain | Animation | KOM | Doodly Explainer |
Professor Jayakumar's Classroom
Lecture 10: Grashoff's Law & Inversions of Grashoff's Chain | Animation | KOM | Doodly Explainer |
12:18
Lecture 9: Kinematic Diagrams & their Construction | Animation | Kinematics of Machines | Doodly |
Professor Jayakumar's Classroom
Lecture 9: Kinematic Diagrams & their Construction | Animation | Kinematics of Machines | Doodly |
10:06
Lecture 8: Mechanisms and their Types | Animation | Kinematics of Machines | Doodly Video | KOM |
Professor Jayakumar's Classroom
Lecture 8: Mechanisms and their Types | Animation | Kinematics of Machines | Doodly Video | KOM |
6:53
01: Mechanical Bird Flapping Mechanism Model | Animation | Doodly | MAKIT | Kinematics of Machines
Professor Jayakumar's Classroom
01: Mechanical Bird Flapping Mechanism Model | Animation | Doodly | MAKIT | Kinematics of Machines
1:59
Lecture 7: Kinematic Chains and their Types | Animation | Kinematics of Machines | Doodly Video |
Professor Jayakumar's Classroom
Lecture 7: Kinematic Chains and their Types | Animation | Kinematics of Machines | Doodly Video |
13:05
Lecture 6: Kinematic Joints and their Types | Animation | Kinematics of Machines | Doodly Explainer
Professor Jayakumar's Classroom
Lecture 6: Kinematic Joints and their Types | Animation | Kinematics of Machines | Doodly Explainer
7:22
Lecture 5: Kinematic Pairs and their Types | Animation | Kinematics of Machines | Doodly | TOM |
Professor Jayakumar's Classroom
Lecture 5: Kinematic Pairs and their Types | Animation | Kinematics of Machines | Doodly | TOM |
11:15
Lecture 4: Kinematic Links and their Types | Animation | Kinematics of Machines | Doodly | TOM |
Professor Jayakumar's Classroom
Lecture 4: Kinematic Links and their Types | Animation | Kinematics of Machines | Doodly | TOM |
8:18
Lecture 3: Difference between Machines & Mechanisms | Animation | Doodly | Kinematics of Machines |
Professor Jayakumar's Classroom
Lecture 3: Difference between Machines & Mechanisms | Animation | Doodly | Kinematics of Machines |
5:46
Lecture 2: Introduction to Kinematics of Machines | Overview of Kinematics of Machines | KOM
Professor Jayakumar's Classroom
Lecture 2: Introduction to Kinematics of Machines | Overview of Kinematics of Machines | KOM
15:54
Lecture 1: Scope of Kinematics of Machines | Motivation to Study KOM | Theory of Machines |
Professor Jayakumar's Classroom
Lecture 1: Scope of Kinematics of Machines | Motivation to Study KOM | Theory of Machines |
8:03
Difference between Flywheel and Governor | Animation | Doodly Explainer Video | Dynamics of Machines
Professor Jayakumar's Classroom
Difference between Flywheel and Governor | Animation | Doodly Explainer Video | Dynamics of Machines
7:19
Why is Rim Type Flywheel Preferred Over Disc Type Flywheel? | Animation | Doodly | DOM | TOM |
Professor Jayakumar's Classroom
Why is Rim Type Flywheel Preferred Over Disc Type Flywheel? | Animation | Doodly | DOM | TOM |
5:14
Why do Multi-Cylinder Engines have Smaller/Lighter Flywheels than Single-Cylinder Engines? | Doodly
Professor Jayakumar's Classroom
Why do Multi-Cylinder Engines have Smaller/Lighter Flywheels than Single-Cylinder Engines? | Doodly
4:17
Difference Between Polar Moment of Inertia and Mass Moment of Inertia | Animation | Doodly Video |
Professor Jayakumar's Classroom
Difference Between Polar Moment of Inertia and Mass Moment of Inertia | Animation | Doodly Video |
7:55
Difference between Area Moment of Inertia and Mass Moment of Inertia | Animation | Doodly Video |
Professor Jayakumar's Classroom
Difference between Area Moment of Inertia and Mass Moment of Inertia | Animation | Doodly Video |
7:43
Lecture 19: Flywheel in Punching Press: Concepts and Numerical Problems | Type IV Problems | DOM
Professor Jayakumar's Classroom
Lecture 19: Flywheel in Punching Press: Concepts and Numerical Problems | Type IV Problems | DOM
28:04
Lecture 18: Type III Numerical Problem on Flywheel Design | Dynamics of Machines | DOM
Professor Jayakumar's Classroom
Lecture 18: Type III Numerical Problem on Flywheel Design | Dynamics of Machines | DOM
17:46
Lecture 17: Type II Numerical Problem on Flywheel Design | Dynamics of Machines | DOM
Professor Jayakumar's Classroom
Lecture 17: Type II Numerical Problem on Flywheel Design | Dynamics of Machines | DOM
24:14
Lecture 16: Type-I Numerical Problems on Flywheel Design | Dimensions of a Flywheel Rim | DOM
Professor Jayakumar's Classroom
Lecture 16: Type-I Numerical Problems on Flywheel Design | Dimensions of a Flywheel Rim | DOM
22:36
Lecture 15: Energy Stored in a Flywheel | Maximum Fluctuation of Energy | Flywheel Design | DOM
Professor Jayakumar's Classroom
Lecture 15: Energy Stored in a Flywheel | Maximum Fluctuation of Energy | Flywheel Design | DOM
20:22
Lecture 14: Flywheels & Turning Moment Diagrams | Dynamics of Machines | Theory of Machines | DOM |
Professor Jayakumar's Classroom
Lecture 14: Flywheels & Turning Moment Diagrams | Dynamics of Machines | Theory of Machines | DOM |
19:29
Lecture 13: Numerical Problem | Dynamic Force Analysis of Engine| Connecting Rod |ANALYTICAL Method
Professor Jayakumar's Classroom
Lecture 13: Numerical Problem | Dynamic Force Analysis of Engine| Connecting Rod |ANALYTICAL Method
27:02
Lecture 12: Numerical Problem on Dynamic Force Analysis Engine | Inertia Effect of Connecting Rod |
Professor Jayakumar's Classroom
Lecture 12: Numerical Problem on Dynamic Force Analysis Engine | Inertia Effect of Connecting Rod |
25:59
Lecture 11: Concept of Correction Couple | Connecting Rod | Dynamic Force Analysis | DOM
Professor Jayakumar's Classroom
Lecture 11: Concept of Correction Couple | Connecting Rod | Dynamic Force Analysis | DOM
14:31
Lecture 10: Concept of Dynamically Equivalent System | Connecting Rod | Dynamics of Machines | DOM
Professor Jayakumar's Classroom
Lecture 10: Concept of Dynamically Equivalent System | Connecting Rod | Dynamics of Machines | DOM
17:30
Lecture 9: Numerical Problem using Klien’s Construction | Velocity and Acceleration of Engine Parts
Professor Jayakumar's Classroom
Lecture 9: Numerical Problem using Klien’s Construction | Velocity and Acceleration of Engine Parts
19:31
Lecture 8: Numerical Problem on Dynamics Force Analysis of Vertical Engine | Analytical Method| DOM
Professor Jayakumar's Classroom
Lecture 8: Numerical Problem on Dynamics Force Analysis of Vertical Engine | Analytical Method| DOM
15:26
Lecture 7: Numerical Problem on Dynamic Force Analysis of Horizontal Engine | Analytical Method |
Professor Jayakumar's Classroom
Lecture 7: Numerical Problem on Dynamic Force Analysis of Horizontal Engine | Analytical Method |
16:49
Lecture 6: Dynamic Force Analysis of Reciprocating Engines | Analytical Method | DOM | Mech. Engg.
Professor Jayakumar's Classroom
Lecture 6: Dynamic Force Analysis of Reciprocating Engines | Analytical Method | DOM | Mech. Engg.
20:41
Lecture 5: Fundamental Concepts of Dynamics Force Analysis of Reciprocating Engines | DOM
Professor Jayakumar's Classroom
Lecture 5: Fundamental Concepts of Dynamics Force Analysis of Reciprocating Engines | DOM
18:19
Lecture 4: Static Force Analysis of Slider-Crank Mechanism | Numerical Problem |Dynamics of Machines
Professor Jayakumar's Classroom
Lecture 4: Static Force Analysis of Slider-Crank Mechanism | Numerical Problem |Dynamics of Machines
17:54
Lecture 3: Static Force Analysis of Four-Bar Mechanism | Numerical Problem | Dynamics of Machines
Professor Jayakumar's Classroom
Lecture 3: Static Force Analysis of Four-Bar Mechanism | Numerical Problem | Dynamics of Machines
21:22
Lecture 2: Static Force Analysis of Mechanisms | Dynamics of Machines | DOM | Mechanical Engineering
Professor Jayakumar's Classroom
Lecture 2: Static Force Analysis of Mechanisms | Dynamics of Machines | DOM | Mechanical Engineering
19:54
Lecture 1: Introduction to Dynamics of Machines | Dynamics of Machines | DOM (English)
Professor Jayakumar's Classroom
Lecture 1: Introduction to Dynamics of Machines | Dynamics of Machines | DOM (English)
20:00
Skills Mechanical Engineers Must Have for Tomorrow's Jobs | Careers in Engineering - Part 5
Professor Jayakumar's Classroom
Skills Mechanical Engineers Must Have for Tomorrow's Jobs | Careers in Engineering - Part 5
12:20
Engineering Employability in India: What Industries Say? | Careers in Engineering - Part IV
Professor Jayakumar's Classroom
Engineering Employability in India: What Industries Say? | Careers in Engineering - Part IV
8:01
Scope of EEE and ECE (TAMIL) - Careers in Core Engineering: Part 3 | Career Options after +2
Professor Jayakumar's Classroom
Scope of EEE and ECE (TAMIL) - Careers in Core Engineering: Part 3 | Career Options after +2
14:54
Scope of Mechanical Engineering in India (TAMIL) | Career as Mechanical Engineer
Professor Jayakumar's Classroom
Scope of Mechanical Engineering in India (TAMIL) | Career as Mechanical Engineer
9:10
Scope of Civil Engineering (TAMIL) - Part 1 | Career Options after +2
Professor Jayakumar's Classroom
Scope of Civil Engineering (TAMIL) - Part 1 | Career Options after +2
10:41
Virtual Classroom Blues: Learn to Teach Online (PART 2) (A Beginner's Guide to Online Teaching)
Professor Jayakumar's Classroom
Virtual Classroom Blues: Learn to Teach Online (PART 2) (A Beginner's Guide to Online Teaching)
28:30
Virtual Classroom Blues: Learn to Teach Online (PART 1) (A Beginner's Guide to Online Teaching)
Professor Jayakumar's Classroom
Virtual Classroom Blues: Learn to Teach Online (PART 1) (A Beginner's Guide to Online Teaching)
23:06