For this long shoe break system, we adopt the hard surface assumption with the maximum pressure of the lining equal to 0

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For This Long Shoe Break System We Adopt The Hard Surface Assumption With The Maximum Pressure Of The Lining Equal To 0 1 (126.42 KiB) Viewed 29 times

For this long shoe break system, we adopt the hard surface assumption with the maximum pressure of the lining equal to 0.7 MPa and friction coefficient is 0.25. The width of the lining is 50 mm. Find the torque exerted on the brake about center of rotation A induced by both the normal force due to the lining pressure and the tangential force due to the friction? Rotation 90° 38 ww 152 88 mm 88 mm close to 200 Nm cw close to 556 Nm cw close to 556 Nm ccw close to 200 Nm ccw