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Problem 4 & 5 damped free vibration, differential equation of motion and damped frequency
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Derive an expression for the damped natural frequency of vibrations for the system shown in diagram. The weightless rigid rod is pivoted at point.
For the system shown in diagram, establish the differential equations of motion. Find the value of damping coefficient for which the system is critically damped.
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For the system shown in diagram, establish the differential equations of motion. Find the value of damping coefficient for which the system is critically damped.
Please refer my following Playlists , Links are given:
1. Theory of Machines or Kinematics of Machines play list
2. Fluid mechanics and Hydraulic machines playlist
3. Refrigeration and air conditioning playlist
4. Renewable Energy engineering or Non-convensional energy sources play list
5. Dynamics of Machinery play list
6. Engineering graphics or Engineering drawing play list
7. Engineering Mechanics Playlist
8. Power plant engineering play list
9. Engineering Thermodynamics play list
10. Heat and mass transfer play list
11. Operation research play list
12. Strength of material playlist
13. Control Engineering/ Control systems engineering playlist