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Find the velocity ratio between (i) S1 and S2 when D is fixed. (ii) S1 and D when S2 is fixed.
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teamques10
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pedsangini276
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In the epicyclic gear train shown in fig. 1 a gear C which has teeth cut internally and externally is free to rotate on an arm driven by the shaft S1. It meshes externally with the casing D and internally with the pinion B. The gears have following number of teeth: T = 24, T = 32 and Td= 48, Find the velocity ratio between (i) S1 and S2 when D is fixed. (ii) S1 and D when S2 is fixed. What will be the torque required t5o fix the casing D if a torque of 300Nm is applied to shaft S1? -
Mumbai University > MECH > Sem 5 > Theory Of Machines 2
Marks: 12 M
Year: May 2015
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