## Flywheel energy

Our air motor has 2 cylinders and is a low rpm device. It therefore
needs a flywheel to store enough torque to get the crankshaft
past the dead spots at 10 degrees before and after top dead center and
10 degrees before and after bottom dead center.

My question is how to calculate the torque available in a solid cylindrical
flywheel in terms of its diameter, length, density, and RPM.
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 Recognitions: Homework Help Science Advisor It depends on the design of the flywheel, basically mass at the outer rim where it is going faster has more effect. There are formula for simple solid disks, cyclinders etc. I can't get the formula writer to work but this link is here http://en.wikipedia.org/wiki/Flywheel

 Quote by mgb_phys It depends on the design of the flywheel, basically mass at the outer rim where it is going faster has more effect. There are formula for simple solid disks, cyclinders etc. I can't get the formula writer to work but this link is here http://en.wikipedia.org/wiki/Flywheel
Thanks - you got me off the dime and I have my answer - is amazing what
the squared term does to flywheel energy. We has a 60 pound flywheel
on the cankshaft and it wasn't getting the job done. A 40 pound flywheel
rotating at 20 revs/second gave us more torque than we need.
Thanks again
Ken Hoopes
Chief Engineer HUE corp

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