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00) Course Introduction
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Introduction to Theory of Machines
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01) Simple Mechanism
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1-a) Kinematic Links & Pairs
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1-b) Degrees of Freedom
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1-c) Grashof's Law
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1-d) Inversions
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1-e) Inversions
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02) Velocity and Acceleration Analysis
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2-a) Instantaneous Centre Method Introduction
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2-b) Kennedy Theorem & Angular Velocity Theorem
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2-c) IC Questions
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2-d) Relative Velocity Method
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2-e) Velocity Diagram
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2-f) Acceleration Analysis
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2-g) Coriolis Acceleration
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03) Gears and Gear Train
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3-a) Introduction and Type of Gears
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3-b) Gear Terminology
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3-c) Law of Gearing
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3-d) Involute Profile Analysis
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3-e) Interference
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3-f) Minimum Number of Teeth to Avoid Interference
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3-g) Cycloidal Gear Tooth Profile
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3-h) Gear Trains
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3-i) Epicycle Gear Train
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04) Flywheel
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4-a) Kinematic Analysis of Slider Crank Mechanism
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4-b) Dynamic Analysis of Slider Crank Mechanism
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4-c) Turning Moment Diagram
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4-d) Flywheel in Punching Press and Design of Flywheel Rim
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05) Governor
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5-a) Governor and Types of Governor
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5-b) Portel, Proell & Hartnell Governor
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5-c) Important Terms in Governor
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06) Balancing
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6-a) Introduction and Static Balancing
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6-b) Dynamic Balancing of Rotating Masses
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6-c) Balancing of Reciprocating Balancing
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6-d) Hammer Blow, Tractive Force & Swaying Couple
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07) Gyroscope
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7-a) Introduction to Gyroscope
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7-b) Effect of Gyroscopic Couple on Airplanes
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7-c) Effect of Gyroscopic Couple on Ships
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7-d) Stability of Four Wheeler
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7-e) Stability of Two Wheeler
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08) Mechanical Vibrations
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8-a) Introduction & Types of Vibration
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8-b) Free Vibrations (Spring Mass System)
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8-c) Free Vibrations (Energy Method)
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8-d) Rayleigh Method, Torque Method & Introduction to Damping
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8-e) Damped Vibrations
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8-f) Damped Vibrations
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8-g) Forced Vibrations
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8-h) Phasor Diagram and Vibration Isolation
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8-i) Transmissibility
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8-j) Whirling of Shaft & Free Torsional Vibrations
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8-k) Important Questions
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8-l) Previous Year Questions
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09) CAM and Follower
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9-a) Introduction and Types of Cams & Followers
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9-b) Terminology & Concept of Pressure Angle
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9-c) Motions of Follower (Simple Harmonic Motion)
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9-d) Motions of Follower (Constant acceleration, constant velocity and cycloidal)
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9-e) Questions of CAm & Follower
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10) Miscellaneous
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10-a) Concept of Dynamic Equivalent System and Offset Slider Crank Mechanism
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