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#1
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![]() uh, oh - now we are gonna get into the age old supercharger v turbocharger debate! The thing with either of these methods is that you normally get a VE value greater than 1, i.e. forcing more air into the engine than it can suck in.
Remember though, that I am just using this as an approximate set of numbers to keep the carbs around their original operating range. You can flow as much air as the engine will pull, but with increased velocities and losses. To really show off I got some pretty graphs for later ![]() |
#2
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![]() Quote:
![]() It's just the science of all things engine, blows my mind. ( Well what little of it that is left ) After almost 2 years of boring other forum members over engine choice. I have only recently decided to go the Zetec route. ![]() Lots & lots of reading since then. I can honestly say that as far as modern engines go, I know hell of a lot more now than I did a couple of months ago. ![]() I can still fit it on a piece of A5 paper though. ![]()
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I am not a complete idiot...........Some of the parts are missing !! Ronnie ![]() www.roadster-builders.co.uk |
#3
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![]() The big thing I find with engine related work is that it is all about care and attention. You need to consider the whole system, no point fitting a ported head with a stuffy air filter! Yes there is a lot of skill and experienced invovled, but if you can build a whole car then engine tweaking should be childsplay.
If you haven't come across it yet look for organ pipe or helmholtz tuning for runner lengths - that confused the hell out of me for a while until I got the chance to actually do some tuning myself. On that note has anyone played with tuning inltake/exhaust tuned lengths? Cheers Dave |
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