Flywheel Torque Diagram. Now let us calculate the mean torque acting on the shaft tmean 3103 2π 100060 therefore tmean 2866nm work done per cycle is energy supplied wc 2π28665 900 nm therefore kinetic energy of the system is kewwc008 energy absorbed energy supplied factor for loss ke 825 900 008 008 factor for losses. Uses of tmd 1.
The energy stored by a flywheel with a very thin rim and mass m can be given by e 1 2 x i ω 2. A flywheel mounted on a relatively stiff shaft is shown in fig. Considering the equilibrium of torques eq1 where t i driving or input torque n m t o load or output torque n m i mass moment of inertia of flywheel kg m 2 ω angular velocity of shaft rads dθdt fig.
The work done per cycle when divided by the crank angle per cycle gives the mean torque tm.
Considering the equilibrium of torques eq1 where t i driving or input torque n m t o load or output torque n m i mass moment of inertia of flywheel kg m 2 ω angular velocity of shaft rads dθdt fig. 65 30 15 4 6 coolant temperature sensor to coolant flange. Which need to be stored and then released using the flywheels. We have a wide range of porsche 911912 1965 1989 flywheel torque.