QIA double shoe brake, as shown in Fig. The diameter of the brake drum is 250 mm and the contact angle for each shoe is 90°. If the coefficient of friction for the brake lining and the drum is 0.35, find the spring force necessary to transmit a torque of 40 N-m. Also determine the width of the brake shoes, if the bearing pressure on the lining material is not to exceed 0.34 N/mm2 S Ft 250 mm 90° RN R 225 mm Fi Fuicrum 1 Add file

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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| %or ,,l *
M JO 9:YA
docs.google.com/forms
QI A double shoe brake, as shown in
Fig. The diameter of the brake drum
is 250 mm and the contact angle for
each shoe is 90°. If the coefficient of
friction for the brake lining and the
drum is 0.35, find the spring force
necessary to transmit a torque of 40
N-m. Also determine the width of the
brake shoes, if the bearing pressure
on the lining material is not to exceed
0.34 N/mm2
250 mm
RN
R
225 mm
Ft
Fulcrum
1 Add file
Transcribed Image Text:| %or ,,l * M JO 9:YA docs.google.com/forms QI A double shoe brake, as shown in Fig. The diameter of the brake drum is 250 mm and the contact angle for each shoe is 90°. If the coefficient of friction for the brake lining and the drum is 0.35, find the spring force necessary to transmit a torque of 40 N-m. Also determine the width of the brake shoes, if the bearing pressure on the lining material is not to exceed 0.34 N/mm2 250 mm RN R 225 mm Ft Fulcrum 1 Add file
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