- #1
Shady99
- 72
- 0
Hello everyone,i am new here.
I have a basic design problem that i am not confident about and require help.
I have a disc with components on it and the disc is rotating with angular speed of 35 deg/sec(0.61 rad/sec).The moment of inertia of my disc+ component assembly is 185 kgm2.
I have to select an OEM brake for the system. As far as i know, the torque required to select the brake can be found by the formula i.e. Torque=moment of inertia x angular speed,which comes out to be 112.85 Nm . Is it the correct way to solve my problem .Please help. Thankyou
I have a basic design problem that i am not confident about and require help.
I have a disc with components on it and the disc is rotating with angular speed of 35 deg/sec(0.61 rad/sec).The moment of inertia of my disc+ component assembly is 185 kgm2.
I have to select an OEM brake for the system. As far as i know, the torque required to select the brake can be found by the formula i.e. Torque=moment of inertia x angular speed,which comes out to be 112.85 Nm . Is it the correct way to solve my problem .Please help. Thankyou