The plate clutch consists of a flat plate A that slides over the rotating shaft S. The
Question:
The plate clutch consists of a flat plate A that slides over the rotating shaft S. The shaft is fixed to the driving plate gear B. If the gear C, which is in mesh with B, is subjected to a torque M, determine the smallest force P, that must be applied via the control arm, to stop the rotation. The coefficient of static friction between the plates A and D is μs. Assume the bearing pressure between A and D to be uniform.
Given:
M = 0.8 N ∙ m
μ s = 0.4
a = 150 mm
b = 200 mm
c = 100 mm
d = 125 mm
e = 150 mm
f = 30 mm
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