Question: A torque converter multiplies the torque by is designed to have to provide a torque multiplication ratio of 3.3 to 1. The circulating oil

A torque converter multiplies the torque by is designed to have to provide a torque multiplication ratio of

A torque converter multiplies the torque by is designed to have to provide a torque multiplication ratio of 3.3 to 1. The circulating oil flow rate is 500 kg/s. The oil enters the fixed vanes in the axial direction at 10 m/s and leaves at an angle 60 deg in the direction of the blade motion. The axial flow area is constant. Find the torque which the primary exerts on the fluid and the torque by the fluid on the blades of the secondary. The inlet and outlet radii of fixed vanes are 15 cm.

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Solution Given the data in the problem we can calculate the torques as follo... View full answer

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