Flywheel
Energy's inertial confinement

Article REF: D4030 V2

Flywheel
Energy's inertial confinement

Authors : Juliette KAUV, Jean BONAL, Pierre ODRU

Publication date: May 10, 2012 | Lire en français

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2. Flywheel

2.1 Material considerations

In the case of a rotating ring of radius R, the mass is concentrated on the ring and the moment of inertia is written :

J = m R^{2}

Substituting this expression into the energy equation gives :

E_{c} = \frac{1}{2} m R^{2} ω^{2}

showing that energy depends linearly...

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Bibliography

(1) - ALEXANDER (B.X.S.) - Rotor position and vibration control for aerospace flywheel energy storage devices and other vibration based devices. - Doctor of Engineering in Electrical Engineering at Cleveland State University (2006).
(2) - ARVIN (A.), BAKIS (Ch.) -...

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