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The cylindrical roller shown in the figure is subjected to a moment (Ma=15kN-m). A rough belt (coefficient of static friction is 0.20) is wrapped around the roller and connected to a lever. Determine the value of F (in kN) such that the roller stays at res (strap brake). Use total length of the lever, I = 5m and a=180°. F Ma

The cylindrical roller shown in the figure is subjected to a moment (Ma=15kN-m). A rough belt (coefficient of static friction is 0.20) is wrapped around the roller and connected to a lever. Determine the value of F (in kN) such that the roller stays at res (strap brake). Use total length of the lever, I = 5m and a=180°. F Ma

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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The cylindrical roller shown in the figure is subjected to a moment (Ma=15kN-m). A rough belt (coefficient of static friction is 0.20) is wrapped around the roller and connected to a lever. Determine the value of F (in kN) such that the roller stays at rest (strap brake). Use total length of the lever, I = 5m and a=180°. F A Ma
Transcribed Image Text:The cylindrical roller shown in the figure is subjected to a moment (Ma=15kN-m). A rough belt (coefficient of static friction is 0.20) is wrapped around the roller and connected to a lever. Determine the value of F (in kN) such that the roller stays at rest (strap brake). Use total length of the lever, I = 5m and a=180°. F A Ma
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