Unformatted text preview: reaction torque is transferred to the front wheels? Problem 3. Consider the drum brake of figure 3.2 and assume that it is a scale drawing of a real system. a) The inside diameter of the drum is 0.2 meter. Using a scale, find e, m and n. b) Go to www.gmpfriction.com/Client/Images/GMP_473_dry_Data_Sheet.pdf and get their dynamic coefficient of friction for the GMP 473 material. With this material and Pa = 100lbs, what is the braking torque of the brake. Problem 4. In reference to figure 3.8 on page 63 and related calculations, find the coordinates Fxmr and Fxmf corresponding to the Front and Rear Lockup point....
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- Fall '08
- mean effective pressure, horsepower output, peak horsepower output, Rear Lockup point