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Theory of Machines - GATE/IES
Theory of Machines is one of the most important subject of Mechanical Engineering. This course on Theory of Machines is focussed on clearing the fundamentals required to crack problems asked in GATE and IES.
Beautifully structured into chapters and their sub-parts, this course will certainly create confidence in you for tackling all types of questions asked in IES and GATE.
Go for it if want to learn Theory of Machines thoroughly!
Happy Learning!
Instructor: CIZ Plus
Language: English, Hindi
Theory of Machines is one of the most important subject of Mechanical Engineering. This course on Theory of Machines is focussed on clearing the fundamentals required to crack problems asked in GATE and IES.
Beautifully structured into chapters and their sub-parts, this course will certainly create confidence in you for tackling all types of questions asked in IES and GATE.
Go for it if want to learn Theory of Machines thoroughly!
Happy Learning!
| 00) Course Introduction | |||
| Introduction to Theory of Machines | |||
| 01) Simple Mechanism | |||
| 1-a) Kinematic Links & Pairs | |||
| 1-b) Degrees of Freedom | |||
| 1-c) Grashof's Law | |||
| 1-d) Inversions | |||
| 1-e) Inversions | |||
| 02) Velocity and Acceleration Analysis | |||
| 2-a) Instantaneous Centre Method Introduction | |||
| 2-b) Kennedy Theorem & Angular Velocity Theorem | |||
| 2-c) IC Questions | |||
| 2-d) Relative Velocity Method | |||
| 2-e) Velocity Diagram | |||
| 2-f) Acceleration Analysis | |||
| 2-g) Coriolis Acceleration | |||
| 03) Gears and Gear Train | |||
| 3-a) Introduction and Type of Gears | |||
| 3-b) Gear Terminology | |||
| 3-c) Law of Gearing | |||
| 3-d) Involute Profile Analysis | |||
| 3-e) Interference | |||
| 3-f) Minimum Number of Teeth to Avoid Interference | |||
| 3-g) Cycloidal Gear Tooth Profile | |||
| 3-h) Gear Trains | |||
| 3-i) Epicycle Gear Train | |||
| 04) Flywheel | |||
| 4-a) Kinematic Analysis of Slider Crank Mechanism | |||
| 4-b) Dynamic Analysis of Slider Crank Mechanism | |||
| 4-c) Turning Moment Diagram | |||
| 4-d) Flywheel in Punching Press and Design of Flywheel Rim | |||
| 05) Governor | |||
| 5-a) Governor and Types of Governor | |||
| 5-b) Portel, Proell & Hartnell Governor | |||
| 5-c) Important Terms in Governor | |||
| 06) Balancing | |||
| 6-a) Introduction and Static Balancing | |||
| 6-b) Dynamic Balancing of Rotating Masses | |||
| 6-c) Balancing of Reciprocating Balancing | |||
| 6-d) Hammer Blow, Tractive Force & Swaying Couple | |||
| 07) Gyroscope | |||
| 7-a) Introduction to Gyroscope | |||
| 7-b) Effect of Gyroscopic Couple on Airplanes | |||
| 7-c) Effect of Gyroscopic Couple on Ships | |||
| 7-d) Stability of Four Wheeler | |||
| 7-e) Stability of Two Wheeler | |||
| 08) Mechanical Vibrations | |||
| 8-a) Introduction & Types of Vibration | |||
| 8-b) Free Vibrations (Spring Mass System) | |||
| 8-c) Free Vibrations (Energy Method) | |||
| 8-d) Rayleigh Method, Torque Method & Introduction to Damping | |||
| 8-e) Damped Vibrations | |||
| 8-f) Damped Vibrations | |||
| 8-g) Forced Vibrations | |||
| 8-h) Phasor Diagram and Vibration Isolation | |||
| 8-i) Transmissibility | |||
| 8-j) Whirling of Shaft & Free Torsional Vibrations | |||
| 8-k) Important Questions | |||
| 8-l) Previous Year Questions | |||
| 09) CAM and Follower | |||
| 9-a) Introduction and Types of Cams & Followers | |||
| 9-b) Terminology & Concept of Pressure Angle | |||
| 9-c) Motions of Follower (Simple Harmonic Motion) | |||
| 9-d) Motions of Follower (Constant acceleration, constant velocity and cycloidal) | |||
| 9-e) Questions of CAm & Follower | |||
| 10) Miscellaneous | |||
| 10-a) Concept of Dynamic Equivalent System and Offset Slider Crank Mechanism | |||
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