5. Arough rule for leather belt is that effective tension in it, shall not exceed 15 N/mm of width for a belt of 10 mm thickness. This rule is applied to determine width of belt required to transmit 37 kW, under the following conditions : Angle of lap = 165°; Coefficient of friction = 0.3; Velocity of belt = 1500 m/min; Density of leather = 950 kg/m³. Find the width of belt required. Assuming limiting friction between belt and pulley rim, find the stress in the belt. [Ans. 140 mm ; 1.48 MPa]
5. Arough rule for leather belt is that effective tension in it, shall not exceed 15 N/mm of width for a belt of 10 mm thickness. This rule is applied to determine width of belt required to transmit 37 kW, under the following conditions : Angle of lap = 165°; Coefficient of friction = 0.3; Velocity of belt = 1500 m/min; Density of leather = 950 kg/m³. Find the width of belt required. Assuming limiting friction between belt and pulley rim, find the stress in the belt. [Ans. 140 mm ; 1.48 MPa]
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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![5. Arough rule for leather belt is that effective tension in it, shall not exceed 15 N/mm of width for a belt
of 10 mm thickness. This rule is applied to determine width of belt required to transmit 37 kW, under
the following conditions :
Angle of lap = 165°; Coefficient of friction = 0.3; Velocity of belt = 1500 m/min; Density of leather =
950 kg/m³.
Find the width of belt required.
Assuming limiting friction between belt and pulley rim, find the stress in the belt.
[Ans. 140 mm ; 1.48 MPa]](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F6c2c5933-57b2-4ce0-af62-6f345d1084cb%2Fe4c457ee-9a04-4c24-a7b9-eb4cd7b2f2e3%2F2ouvvqb_processed.png&w=3840&q=75)
Transcribed Image Text:5. Arough rule for leather belt is that effective tension in it, shall not exceed 15 N/mm of width for a belt
of 10 mm thickness. This rule is applied to determine width of belt required to transmit 37 kW, under
the following conditions :
Angle of lap = 165°; Coefficient of friction = 0.3; Velocity of belt = 1500 m/min; Density of leather =
950 kg/m³.
Find the width of belt required.
Assuming limiting friction between belt and pulley rim, find the stress in the belt.
[Ans. 140 mm ; 1.48 MPa]
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