A crank shaft of an engine shown in Figure 1 is connected to a flywheel and have a mean speed of 200 rpm. The angle 0 represents the movement of the crack from inner dead centre. The resisting torque for the engine is constant and the turning moment curve is represented by equation 1. If the total fluctuation of speed is equal to 1% of the engine mean speed, calculate the mass moment of inertial of the flywheel. T = (20 + 95 sin 20 - 57 cos 20) Nm (1) A B G

Elements Of Electromagnetics
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ISBN:9780190698614
Author:Sadiku, Matthew N. O.
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A crank shaft of an engine shown in Figure 1 is connected to a flywheel and have
a mean speed of 200 rpm. The angle 0 represents the movement of the crack
from inner dead centre. The resisting torque for the engine is constant and the
turning moment curve is represented by equation 1. If the total fluctuation of
speed is equal to 1% of the engine mean speed, calculate the mass moment of
inertial of the flywheel.
T = (20 + 95 sin 20 - 57 cos 20) Nm
(1)
B
G
Figure 1: An engine
Transcribed Image Text:A crank shaft of an engine shown in Figure 1 is connected to a flywheel and have a mean speed of 200 rpm. The angle 0 represents the movement of the crack from inner dead centre. The resisting torque for the engine is constant and the turning moment curve is represented by equation 1. If the total fluctuation of speed is equal to 1% of the engine mean speed, calculate the mass moment of inertial of the flywheel. T = (20 + 95 sin 20 - 57 cos 20) Nm (1) B G Figure 1: An engine
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