A conical Clutch transmits rotation from one rotating shaft to another though frictional forces on the conical face. The following data is for a conical clutch Inside Diameter 25.0 mm Outside Diameter 100 mm Coefficient of Friction 0.33 Axial Force 1000N Included angle 100 degree Rotational speed 1500rev/minute Calculate the Torque and Power that can be transmitted without slipping using both Uniform Pressure Theory and Uniform Wear Theory
A conical Clutch transmits rotation from one rotating shaft to another though frictional forces on the conical face. The following data is for a conical clutch Inside Diameter 25.0 mm Outside Diameter 100 mm Coefficient of Friction 0.33 Axial Force 1000N Included angle 100 degree Rotational speed 1500rev/minute Calculate the Torque and Power that can be transmitted without slipping using both Uniform Pressure Theory and Uniform Wear Theory
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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A conical Clutch transmits rotation from one rotating shaft to another though frictional forces on the conical face. The following data is for a conical clutch
Inside Diameter 25.0 mm
Outside Diameter 100 mm
Coefficient of Friction 0.33
Axial Force 1000N
Included angle 100 degree
Rotational speed 1500rev/minute
Calculate the Torque and Power that can be transmitted without slipping using both Uniform Pressure Theory and Uniform Wear Theory
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