Torque from engine to clutch.
Hi guys
I read somewhere that "the actual #-Link-Snipped-# transmitted from the engine to the clutch is the total engine torque subtacted by the amount of torque required to accelerate the inertia of rotating components of engine.i.e:"
T(c) = T(e) - [ I(e) x
(e) ]
where T(c)=Torque at clutch
I(e)= inertia of rotating engine parts
(e)=angular acceleration of rotating engine parts
Can you explain this?
I mean, I(e) x alpha(e) is the amount of torque produced by engine, then why it is subtracted as inertial loss.
I read somewhere that "the actual #-Link-Snipped-# transmitted from the engine to the clutch is the total engine torque subtacted by the amount of torque required to accelerate the inertia of rotating components of engine.i.e:"
T(c) = T(e) - [ I(e) x
![[IMG]](proxy.php?image=http%3A%2F%2Fwww.physicsforums.com%2Flatex_images%2F25%2F2522029-0.png&hash=2b445d654ff75aa1d04bb9718f5fe33d)
where T(c)=Torque at clutch
I(e)= inertia of rotating engine parts
![[IMG]](proxy.php?image=http%3A%2F%2Fwww.physicsforums.com%2Flatex_images%2F25%2F2522029-1.png&hash=273554baf368809b1a945f4721911853)
Can you explain this?
I mean, I(e) x alpha(e) is the amount of torque produced by engine, then why it is subtracted as inertial loss.
0