a) In the transmission system of an automobile, the rotating shaft powered by the engine is responsible in driving the motion of vehicle. Within the clutch system, the driving shaft is transmitting a certain amount of torque through a 4mm thick film of SAE 30W oil with a dynamic viscosity of 0.5 Pa.s. The driving and driven shaft are identical rotating disc with diameter of 50cm. Assuming a linear velocity profile across the oil film, i) ii) Construct the velocity profile of the oil layer on the shaft. Show your velocity profile line in a 2-D, linear view. During operation, the driving shaft and driven shaft are rotating at 2000 rpm and 1900 rpm, respectively. Compute the transmitted torque of the system.
a) In the transmission system of an automobile, the rotating shaft powered by the engine is responsible in driving the motion of vehicle. Within the clutch system, the driving shaft is transmitting a certain amount of torque through a 4mm thick film of SAE 30W oil with a dynamic viscosity of 0.5 Pa.s. The driving and driven shaft are identical rotating disc with diameter of 50cm. Assuming a linear velocity profile across the oil film, i) ii) Construct the velocity profile of the oil layer on the shaft. Show your velocity profile line in a 2-D, linear view. During operation, the driving shaft and driven shaft are rotating at 2000 rpm and 1900 rpm, respectively. Compute the transmitted torque of the system.
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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Transcribed Image Text:a) In the transmission system of an automobile, the rotating shaft powered by the engine
is responsible in driving the motion of vehicle. Within the clutch system, the driving
shaft is transmitting a certain amount of torque through a 4mm thick film of SAE 30W
oil with a dynamic viscosity of 0.5 Pa.s. The driving and driven shaft are identical
rotating disc with diameter of 50cm. Assuming a linear velocity profile across the oil
film,
i)
11)
Construct the velocity profile of the oil layer on the shaft. Show your velocity
profile line in a 2-D, linear view.
During operation, the driving shaft and driven shaft are rotating at 2000 rpm
and 1900 rpm, respectively. Compute the transmitted torque of the system.
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