Building a Clem's engine

[TommeyLReed]

After testing simple water version of the Clem's engine, I started working on the cooking system.
This is the water test:
http://www.youtube.com/watch?v=8TEvKAGpqOw
Tommey Reed

[DreamThinkBuild]

Hi Tommey,

Excellent work.

How much of a drop are you seeing on the current draw of the motor, from initial starting to full speed?

[TommeyLReed]

40% load drop...
I'm working on a cooking oil version now, using a power steering pump.
http://www.youtube.com/watch?v=7TqNecrjZZs&feature=plcp
Tom

[AlanA]

Hi Tommey,
looks good! I wish you all the best with your researches. Hope you will succeed this time

[TommeyLReed]

This is my thoery of how the Clem engine could work:
The pump(power steering) is used to force cooking oil into the redesign torque converter, this will also produce heat under a load.
As the fluid is pump in, the air cavity is compressed above, like a  accumulator , as the pressure increase, so will the temperature (v1/t1=v2/t2).
As the volume of fluid increase in the drum, the jet thrusters produce greater thrust, this will cause the drum to rotate.
As the drum rotates, the pump inside the upper chamber of the torque converter,  cavitates the oil and the compress air, this will also increase heat and make micro bubbles of mixed oil/air.
As the fluid enters the jets ports, there could be a micro-explosion due to the compress air bubbles, like a diesel engine that use compress air&temperature to run the engine.
My thrust should be about 50lb of thrust @ 326psi
50lb thrust / 8 = jets=6.25 thrust lb for each jet is needed

Jet dia (d) =5/32=0.15625 or (r)=0.078125

a= ((pi(r^2))=0.01917

p=326 psi

thrust= a*p
What do you all think?
It take time for my post, because it has to be approve by OU!