The rotor in the figure is supported by L and R at a constant speed of...
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The rotor in the figure is supported by L and R at a constant speed of 10000 rpm around the z-axis. When it is rotated, the forces (FL and FR) coming from the bearings to the rotor are in the xy plane as in the figure. being measured. Drill at a distance of r-5 cm from the A and B planes for balancing. It is planned to excavate the mass by opening small cavities. The masses to be subtracted and the angular Find their positions and show them in the xy plane from the L side. xxx A FR "VE FL-400 N, FR-300 N, 0-30° FL a = 20 cm, b=10 cm, с = 40 cm = B R The rotor in the figure is supported by L and R at a constant speed of 10000 rpm around the z-axis. When it is rotated, the forces (FL and FR) coming from the bearings to the rotor are in the xy plane as in the figure. being measured. Drill at a distance of r-5 cm from the A and B planes for balancing. It is planned to excavate the mass by opening small cavities. The masses to be subtracted and the angular Find their positions and show them in the xy plane from the L side. xxx A FR "VE FL-400 N, FR-300 N, 0-30° FL a = 20 cm, b=10 cm, с = 40 cm = B R
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Solution From the Problem we can take the given data a 20 m b1... View the full answer
Related Book For
Engineering Mechanics Dynamics
ISBN: 9781118885840
8th Edition
Authors: James L. Meriam, L. G. Kraige, J. N. Bolton
Posted Date:
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