I think the water, coarsing across the outer surface of turbine would obviously cause turbine rotation, & place centripetal forces, upon rotational axis of turbine.
Could this directed energy, at axis, be drawn from, reducing any possible frictional loss & wear 'n tear, upon axle ?
Would interior water flow, reduce the rotation, due the op…
I think the water, coarsing across the outer surface of turbine would obviously cause turbine rotation, & place centripetal forces, upon rotational axis of turbine.
Could this directed energy, at axis, be drawn from, reducing any possible frictional loss & wear 'n tear, upon axle ?
Would interior water flow, reduce the rotation, due the opposing centrifugal forces ?
Or, could some balance, be found, such that would smooth out rotation, to a soundless pitch ?
Centrifugal: radial lines of vectored force, at circle periphery, moving towards center.
I think the water, coarsing across the outer surface of turbine would obviously cause turbine rotation, & place centripetal forces, upon rotational axis of turbine.
Could this directed energy, at axis, be drawn from, reducing any possible frictional loss & wear 'n tear, upon axle ?
Would interior water flow, reduce the rotation, due the opposing centrifugal forces ?
Or, could some balance, be found, such that would smooth out rotation, to a soundless pitch ?
Centrifugal: radial lines of vectored force, at circle periphery, moving towards center.
Centrifugal: opposite.
Typo:
Centripetal.
(Then)
Centrifugal.