5. Modeling an elbow and associated moving parts
5.1 Calculating the average equivalent moment of inertia of the connecting rod and piston
The average equivalent moment of inertia of the connecting rod and piston is calculated as I eq (kg.m 2 ), assuming that the connections are free of play and the parts are dimensionally stable. In the usual way, this average moment of inertia is represented by a concentrated mass M e (kg) placed on the crankpin axis at a distance R (m) from the crankshaft axis. We have : I eq = M e R 2
From the parameters...
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Modeling an elbow and associated moving parts
Modeling rotor-rotor links
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