Question

The brake disks have a total contact area of 1,5dm² and a dry friction coefficient of 0,324 . The working pressure is applied through a ∅17 mm piston onto the brake disks. Assume flat sliding friction and a velocity of 1,5 m/s between surfaces. μʷ =0,5 Pa.s

a) Calculate the brake torque, if the brake disk centre line is 150 mm from the wheel axis.

Answer 1

The brake torque can be calculated using the formula Torque = Radius x Force x Friction Coefficient. Substituting the given values, the brake torque comes out to be approximately 18.486 Nm.

Step-by-step explanation:

To calculate the brake torque, we need to use the formula: Torque = Radius x Force x Friction Coefficient. In this case, the contact area and the working pressure do not directly affect the torque calculation. Therefore, the brake torque can be calculated as follows:

Torque = (0.150 m) x (0.017 m x 324 N/dm²) x (1.5 N x 0.5 Pa.s)

Calculating the above expression gives a brake torque of approximately 18.486 Nm.