Clem Engine was the real deal, I now know how it works and can prove it!

[TommeyLReed]

Hi Idegen,

I'm not shore what will happen on this new theory, but I can tell you this centrifugal inertia pump will move lots of fluid due to the fact it's 21" in diameter and will reach speed above 3000 rpm's.

If I'm correct and there is a constant flow of fluid, then just maybe it's enough to pull through the hydraulic motor and keep rotating.

This is a very special rotational pump using inertia to flow into the centrifugal impeller.

Tom

[TommeyLReed]

Hi Idegen,

This is my design of the centrifugal impeller with 16 blades on a 21" disk.

Tom

[TommeyLReed]

Simeple Video to explain my theory of the implosion of the Clem engine.


https://www.youtube.com/watch?v=i7i2qensclc

[Cherryman]

Simeple Video to explain my theory of the implosion of the Clem engine.


https://www.youtube.com/watch?v=i7i2qensclc

Hi tommy, I always like your builds and looking forward to this one.


I myself have some experience with similar designs and tests


I'm not sure about your hydraulic pump tough.


I tend to use a little more the friction and boundary layers a kind of tesla turbine in the shaft.
Input > Tesla turbine in sucking mode
Output > Rotational force combined with added friction heat.


I think the outgoing force will pull in the water and helps the rotation.  ( tesla turbine/pump in reverse  )


I'm not a very fast builder.. but plans enough


Here is a simplified prototype spooling up, always fun:


https://www.youtube.com/watch?v=n1jNH1YOfeE
https://www.youtube.com/watch?v=K8FlSABPYy0


Keep up the fun!

[ramset]

                                                    Yes !!