The Secret Of The Clem Engine

[TommeyLReed]

Hi Vortex 22,
The problem with say the size of the rotor would be the rim jet thrust. Like gears, you have to either give up speed to increase torque or torque to increase speed.
Running at say 1800 rpm's with a 12 diameter rotor, the thrust velocity to move it at 1800 rpm's would (((d*pi)/12)*1800)/60 =94.25ft/sec.

To increase torque and to keep it the same speed say 24" diameter, you would have to increase thrust by a factor of 2.

Both of these calculation are correct, but the real world is when you put a load on these factors. Things start to slow down.
Tom

[Vortex 22]

Hi Vortex 22,
The problem with say the size of the rotor would be the rim jet thrust. Like gears, you have to either give up speed to increase torque or torque to increase speed.
Running at say 1800 rpm's with a 12 diameter rotor, the thrust velocity to move it at 1800 rpm's would (((d*pi)/12)*1800)/60 =94.25ft/sec.

To increase torque and to keep it the same speed say 24" diameter, you would have to increase thrust by a factor of 2.

Both of these calculation are correct, but the real world is when you put a load on these factors. Things start to slow down.
Tom

Ok

[Vortex 22]

I should try this configuration:
system consists of TWO closed circuits:
The first closed circuit vibrator (liquid rotating in a closed circuit)
A second closed-circuit oscillator

The second vibrator is inside the first vibrator!!

output on the second circuit
Input on the first circuit

Torus technology in mechanic version? Who knows... maybe

[Vortex 22]

We are trying to create Votex in the turbine?
That's the magic!!