A belt drive consists of two V-belts in parallel, on grooved pulleys of the same size. The angle of the groove is 30°. The cross-sectional area of each belt is 780 mm2 and the coefficient of friction between the belts and the pulleys is 0,12. The density of the belt material is 1,4 Mg/m3 and the maximum safe stress in the material is 7,5 MN/m2. Consider centrifugal tension. Calculate: 2.1 The mass of the belt per metre length. 2.2 The centrifugal tension (Tc). 2.3The maximum tension (T1). 2.4 Tension on the slack side (T2).
A belt drive consists of two V-belts in parallel, on grooved pulleys of the same size. The angle of the groove is 30°. The cross-sectional area of each belt is 780 mm2 and the coefficient of friction between the belts and the pulleys is 0,12. The density of the belt material is 1,4 Mg/m3 and the maximum safe stress in the material is 7,5 MN/m2. Consider centrifugal tension. Calculate: 2.1 The mass of the belt per metre length. 2.2 The centrifugal tension (Tc). 2.3The maximum tension (T1). 2.4 Tension on the slack side (T2).
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
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![Question 2
(Belt Drives)
A belt drive consists of two V-belts in parallel, on grooved pulleys of the same
size. The angle of the groove is 30°. The cross-sectional area of each belt is 780
mm2 and the coefficient of friction between the belts and the pulleys is 0,12. The
density of the belt material is 1,4 Mg/m3 and the maximum safe stress in the
material is 7,5 MN/m2. Consider centrifugal tension.
Calculate:
2.1 The mass of the belt per metre length.
2.2 The centrifugal tension (Tc).
2.3The maximum tension (T1).
2.4 Tension on the slack side (T2).](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fd2b36003-ef33-455c-bcff-0e6c40acbd92%2F539cc08a-3f10-426a-92bf-6984497ae13d%2Fjojr1yh_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Question 2
(Belt Drives)
A belt drive consists of two V-belts in parallel, on grooved pulleys of the same
size. The angle of the groove is 30°. The cross-sectional area of each belt is 780
mm2 and the coefficient of friction between the belts and the pulleys is 0,12. The
density of the belt material is 1,4 Mg/m3 and the maximum safe stress in the
material is 7,5 MN/m2. Consider centrifugal tension.
Calculate:
2.1 The mass of the belt per metre length.
2.2 The centrifugal tension (Tc).
2.3The maximum tension (T1).
2.4 Tension on the slack side (T2).
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