# Question: The brake shown in the figure has a coefficient

The brake shown in the figure has a coefficient of friction of 0.30, a face width of 2 in, and a limiting shoe lining pressure of 150 psi. Find the limiting actuating force F and the torque capacity.

## Answer to relevant Questions

Refer to the symmetrical pivoted external brake shoe of Fig. 16–12 and Eq. (16–15). Suppose the pressure distribution was uniform, that is, the pressure p is independent of θ. What would the pivot distance a′ ...The brake shown in the figure has a coefficient of friction of 0.30 and is to operate using a maximum force F of 400 N. If the band width is 50 mm, find the band tensions and the braking torqueShow that for the caliper brake the T / (f F D) versus d / D plots are the same as Eqs. (b) and (c) of Sec. 16–5.For the conditions of Prob. 16–27, make a plot of the equivalent inertia Ie as ordinate and the stepdown ratio n as abscissa in the range 1 ≤ n ≤ 10. How does the minimum inertia compare to the single-step ...Take the drive of Prob. 17–5 and double the belt width. Compare Fc, Fi , F1a, F2, Ha, nf s , and dip.Post your question