A fresh look at the Clem motor

[aussiebattler]

I think you are looking at the inverse of whats going on within the engine.


My take on this is closer to Schauberger than Venturi.
venturi is the inside out perspective (toilet)



There have been many attempts to describe vortex action using venturi pressure inversion,
But the math simply is not compatible.

Please explain how you get this 'inverse' status?
What do you say is happening at the nozzles?
ab

[aussiebattler]

NANNY Required for care and nurturing of testosterone deprived toy tester, prone to tissy fits and temper tantrums and spitting out his pacifier whenever anybody steps in his sand pit.

[aussiebattler]

Quoting Tesla:
"Today's scientists have substituted mathematics for experiments, and they wander off through
equation after equation, and eventually build a structure which has no relation to reality."
This information is offered so that you don't get stung!

[onepower]

smokey2

Watch this video: fast forward to about 43.5 minutes
https://youtu.be/yXPrLGUGZsw
This is a process of stimulating the environment, similar to how a hurricane or tornado forms.
But under a controlled condition. This process is considered to be exothermic.

On the vortex, I 3D printed some of Schaubergers stuff and the process is much easier to understand than many supposed.

The outer spiral is always changing direction as well as the inner twist. As Schauberger claims, the flow is always turned inward to the center. What many seem to have missed is that the spiral tube wasn't connected to a water source like a garden hose but was free flowing or pulled by a suction force. This causes air to be sucked up with the water producing an intermittent flow.

With an intermittent flow of water and air the slugs of water turned inward, inside the double fluted tube, become "airborne" half the time. Every double twist is like a little ramp which pushes the slug of water upward and inward. Now the slug of water is no longer touching the side of the tube creating drag it's airborne inside the center of the tube.

It's so simple even a child could understand it, if the tube wall creates drag on the water don't let the water touch the wall as much.

AC

[aussiebattler]

Hi onepower
What you showed is not Shauberger's vortex pipe - this is:
Perhaps we could move to anothe location

ab