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Narrated Lecture CH0:17:46

Narrated Lecture CH 1 Part 1 Fund Mechanical Vibration (2024)

Narrated Lecture CH0:29:28

Narrated Lecture CH 1 Part 3 Equations of motion

Problem 3 410:10:08

Problem 3 41 Torsional system subjected to harmonic torque (new version)

Problem 3 160:09:44

Problem 3 16 Aircraft engine with unbalance considering Mass of Engine

Problem 5 370:15:43

Problem 5 37 Finding natural frequencies of Disk block springs system

Example 1 530:08:00

Example 1 53 Equivalent mass and spring using energy

Problem 2 1320:11:29

Problem 2 132 Rail road car response

Example balancing three0:08:19

Example balancing three blade propeller

Narrated lecture Rotor0:08:27

Narrated lecture Rotor balancing in one plane

Problem 2 70:10:53

Problem 2 7 Finding Natural Frequency of massless bar and mass at end

Problem 1 200:13:13

Problem 1 20 Finding equivalent constant of spring vertical bar problem

Problem 1 190:03:40

Problem 1 19 Non-linear behavior of spring force

Problem 1 180:08:08

Problem 1 18 Finding equivalent constant of spring bar problem

Problem 1 140:04:36

Problem 1 14 Linearizing spring force

Problem 1 110:09:11

Problem 1 11 Reducing static deflection

Problem 1 40:04:17

Problem 1 4 Modeling Mechanical Systems

Example 2 1470:12:00

Example 2 147 Pulley, dashpot and spring

Problem 4 60:15:00

Problem 4 6 Response to torsional vibration on gear system due to broken tooth

Problem 4 10:16:59

Problem 4 1 Transient Response to Sinusoidal pulse function, Mechanical Vibration,

Example 3 160:08:16

Example 3 16 Aircraft engine with rotating unbalance without considering Mass of engine

Example 3 580:14:49

Example 3 58 Response of an automobile to base motion

Problem 5 40:14:08

Problem 5 4 pendulum attached to moving mass

Example 4 280:05:38

Example 4 28 Response Characteristics from Transfer function

Example 9 30:09:34

Example 9 3 Whirl amplitude of a shaft carrying an unbalanced rotor