The load cycle for each revolution of a shaft is shown in Fig. 1. The shaft is driven by a...

The load cycle for each revolution of a shaft is shown in Fig. 1. The shaft is driven by a belt and can be assumed to receive a constant torque from the driving motor. Find the energy delivered per cycle for a flywheel mounted on the shaft for a coefficient of fluctuation of 0.05. The speed is 600 rpm. Find the outside diameter of the flywheel if it is solid and cut from a 1-in. steel plate.

Figure 1