Search found 19 results

by jeannot
13/11/07, 10:02
Forum : Science and Technology
Subject : Rotary machine Piston Ring Tri Lobique
answers: 1713
views: 831247

Re: Tri-lobic annular piston motor

Pascal wrote Otherwise I ask you the question: why do research in STIRLING when it works very well in live steam Indeed, seen like that, we can ask the question ......... I think everything just that many people are interested in Stirling. There are...
by jeannot
07/11/07, 11:11
Forum : Science and Technology
Subject : Rotary machine Piston Ring Tri Lobique
answers: 1713
views: 831247

Hello Pascal and all the Heatpipe system is a principle of rapid energy transfer in a tube which is heated on one side by a hot fluid and cooled on the other side by a cold fluid. So the hot fluid cools and the cold fluid heats up. You will easily find ...
by jeannot
31/10/07, 12:01
Forum : Science and Technology
Subject : Rotary machine Piston Ring Tri Lobique
answers: 1713
views: 831247

Hi toto 65 and all No that doesn't suit me !! the recup. does not work like this and anyway, if you delete the windows, there is nothing more that goes !! I can hardly explain how it works, there are enough views to follow the steps. I rechecked it with a clear head (!! ...
by jeannot
28/10/07, 23:00
Forum : Science and Technology
Subject : Rotary machine Piston Ring Tri Lobique
answers: 1713
views: 831247

Well, once we represent the second phase of the same cycle it seems that this misplaced window does not matter as much. There is a lack of transfer and overcompression for 45 ° but the loss may be negligible. To remedy it would be perhaps worse than the evil !! I can tell this ...
by jeannot
28/10/07, 21:29
Forum : Science and Technology
Subject : Rotary machine Piston Ring Tri Lobique
answers: 1713
views: 831247

Good evening, Well seen guys, it was not great my operating principle there should be better !! https://www.econologie.com/fichiers/partager/4cyclesstirlingtrilobe.JPG 1. heating and expansion 2. constant volume transfer with heat storage 3. cold air compression with heat recovery ...
by jeannot
26/10/07, 14:56
Forum : Science and Technology
Subject : Rotary machine Piston Ring Tri Lobique
answers: 1713
views: 831247

again stirling

the same thing, with a few more arrows. Only on the first two sketches; the others are dito; I haven't changed them

https://www.econologie.info/share/partag ... omplet.jpg
by jeannot
25/10/07, 19:33
Forum : Science and Technology
Subject : Rotary machine Piston Ring Tri Lobique
answers: 1713
views: 831247

Toto 65

We fill the inner lobe, as in a normal cylinder, then
the fluid expands outward through the window; ie volume extension and thrust on the piston lobe



https://www.econologie.info/share/partag ... uffage.JPG
by jeannot
25/10/07, 19:12
Forum : Science and Technology
Subject : Rotary machine Piston Ring Tri Lobique
answers: 1713
views: 831247

with links that work !! https://www.econologie.com/fichiers/partager/Trilobe1Stirlingchauffage.pdf https://www.econologie.com/fichiers/partager/Trilobe2refroidissement.pdf https://www.econologie.com/fichiers/partager/Trilobe3compression. pdf https: //www.econologie.com/fichiers/partager/Tri ...
by jeannot
25/10/07, 18:29
Forum : Science and Technology
Subject : Rotary machine Piston Ring Tri Lobique
answers: 1713
views: 831247

Stirling mode

Hello Pascal and all, Your engine is very nice (and your philosophy of life too) .. I have not done any mechanics, but it seems to me that without any other modification. than that of putting a window in each lobe, this engine could easily be converted to Stirling mode. the nucleus will serve as a displacer; ...
by jeannot
04/08/07, 17:29
Forum : Water injection in engines: montages and experiments
Subject : An ideal venturi
answers: 25
views: 35945

Affirmative, it is the volume that changes and not the mass

for coef I did not understand but it does not matter ..

For those who are interested in water molecules and who adore beauty, here is one that will delight you

https://www.econologie.info/share/partag ... Cz4vJn.pdf

jeannot

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