Solution 04 25 16 ME 372 Dr El Mounayri Assignment 10 Balancing of rotors 1 Solve the following problem graphically or analytically 2 Solve the following
Solution ME Dr El Mounayri Assignment Balancing of rotors Solve the following problem graphically
Solution ME Dr El Mounayri Assignment Balancing of rotors Solve
El Mounayri Assignment Balancing of rotors Solve the following problem graphically or analytically Solve the following
Solution ME Dr El Mounayri Assignment Balancing of rotors
Solve the following problem graphically or analytically Solve the following
Solution ME Dr El Mounayri Assignment Balancing
Solution ME Dr
(Solution) 04/25/16 ME 372 Dr. El-Mounayri Assignment#10 Balancing of rotors: 1) Solve the following problem graphically or analytically 2) Solve the following...

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The figure below shows a system with three weights on a rotating shaft. W1 = 9 lb @ 90ºat a 4-in radius, W2 = 9 lb @ 225º at a 6-in radius, and W3 = 6 lb @ 315º at a 10-in radius.Determine the magnitudes and angles of the balance weights needed to dynamicallybalance the system. The balance weights in planes 4 and 5 are placed at a 3-in radius.04/25/16 ME 372 Dr. H. El-Mounayri Assignment#10 Balancing of rotors : 1) Solve the following problem graphically or analytically 2) Solve the following problem graphically The figure below shows a system with three weights on a rotating shaft. W 1 = 9 lb @ 90º at a 4-in radius, W 2 = 9 lb @ 225º at a 6-in radius, and W 3 = 6 lb @ 315º at a 10-in radius. Determine the magnitudes and angles of the balance weights needed to dynamically balance the system. The balance weights in planes 4 and 5 are placed at a 3-in radius.