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Q5: The band brake mechanism as shown in Figure (5) having a force of P 200 N which is applicd to the handle of the lever, if the coefficient of friction (f= 0.3) and the pressure between band and flywheel is 0.15 MPa. 900 mm Fig. (5) Determine: 400 mm 1. The torque (T) required for stopping the flywheel. 2. The width of the band. 100 mm 3. The dimension AB for self-actuation. 300 mm Page 2 of 2

Q5: The band brake mechanism as shown in Figure (5) having a force of P 200 N which is applicd to the handle of the lever, if the coefficient of friction (f= 0.3) and the pressure between band and flywheel is 0.15 MPa. 900 mm Fig. (5) Determine: 400 mm 1. The torque (T) required for stopping the flywheel. 2. The width of the band. 100 mm 3. The dimension AB for self-actuation. 300 mm Page 2 of 2

Elements Of Electromagnetics
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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e g g a force of P =200 N which is applicd to the handle of the lever, if the coefficient of friction (= 0.3) and the pressure between band and flywheel is 0.15 MPa. Determine: 1. The torque (T) required for stopping the flywheel. 2. The width of the band. 3. The dimension AB for sclf-actuation. Page20f2
Q5: The band brake mechanism as shown in Figure (5) having a force of P 200 N which is applicd to the handle of the lever, if the coefficient of friction (f = 0.3) and the pressure between band and flywheel is 0.15 MPa. 900 mm Fig. (5) Determine: 400 mm 1. The torque (T) required for stopping the flywheel. 2. The width of the band. 100 mm 3. The dimension AB for self-actuation. 300 mm Page 2 of 2
Transcribed Image Text:Q5: The band brake mechanism as shown in Figure (5) having a force of P 200 N which is applicd to the handle of the lever, if the coefficient of friction (f = 0.3) and the pressure between band and flywheel is 0.15 MPa. 900 mm Fig. (5) Determine: 400 mm 1. The torque (T) required for stopping the flywheel. 2. The width of the band. 100 mm 3. The dimension AB for self-actuation. 300 mm Page 2 of 2
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