I suspect we'll being seeing something like that Yank did? With the exhaust fed directly back into the intake.
Do you realise how many holes there could be if people would just take the time to take the dirt out of them?
http://en.wikipedia.org/wiki/Turboprop
Edit: On second thought : http://en.wikipedia.org/wiki/Turboshaft
That could have made this thread much shorter. Research research research! Then when you think it hasn't been done yet... Research some more. When it comes to petrol engines you have to be pretty out there to come up with something that hasn't at least been thought of if not done before.
http://www.oddee.com/item_97090.aspxyou know what im a 16 yearold kid with potential pouring out my fucking ears and i post this thread thinking you guys would actually want to help and be interested but no all you adults are the same you underestimate a kid like me before you even look into it.
These guys have potential pouring out their ears.
You still need to prove yourself.
I suggest starting with proper grammar, it helps alot when getting your point across. People take you more seriously whn u dnt tlk lyk ths.
Nexts I'd get a book on calculus, another on physics and another on mechanical engineering. When you are done with those you might wanna get one on engine design. By the time you get done with those you should have an understanding of what you are trying to achieve and how to do it. And if you aren't going to read the books because they are 'boring' then you really aren't going to get very far.
Welcome to reality, starring hard work, sweat and tears.
mmm
the aroma of skidmark
is faintly in the air
To be old and wise, first you must be young and stupid.
Interesting idea ... I think it MIGHT work ... in that it might run ... but will it produce any force (i.e. Horse power ???) ...
In terms of the old Newtonian physics a conventional engine gains its power by the "push" of the explosion against the cycliner head (fixed) and the piston (moves)
In a rotary engine, the seal of the "triangle" crank against the wall does the same job ... so you will need a not quite circular piston to get any kind of force/reaction going ...
It sounds a lot like a different type of rotary engine .. and in the design development that might be what you end up with ... your drive chain idea sounds interesting ..
"So if you meet me, have some sympathy, have some courtesy, have some taste ..."
Wrong ! That's desiel ... the pertol/air mix just needs to reach the correct ratio .. the compression only happens in a conventional engine because the piston goes up and down - and we measure compression to make sure the rings are sealing properly so we get max power ... A conventional engine is a simple application of Newton's Law - for every action there is an equal and opposite reaction ..
A rotary engine doesn't run on compression in quite the same way - the compression happens because the petrol/air mix explodes in a confined space, and pushes on one wall of the crank/pistion
"So if you meet me, have some sympathy, have some courtesy, have some taste ..."
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