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Thanks for nice words ![]() I too have a ram air sealed air box for my turbo inlet, there is a carbon duct going down into the nose cone main entry that feeds the air box, I should fit up a pressure sensor there and do some high speed tests. ![]() ![]() The post turbine pressure I thought as you was pretty low considering it is fitted with a catalyst, plumb back waste gate, and two mufflers. Being 3.5" internal diameter probably helps that. Also at this low pressure ratio the turbine inlet pressure is lower than inlet manifold pressure which is beneficial for the engine. I did a brief test to 1.2 bar or about 18psi boost and this relationship held true there also. Look to do up some graphical form of the data and post up so people can have a look. At the moment I will be trialing a batch of 50/50 by weight methanol and water mixture (at a higher injection flow rate) to gain a bit more power and also have a mixture that is easier to ignite without loosing the amount of cooling I have at the moment. When I do the tests will update on that too. Here is a bit of other online resource of a good dyno test done on the topic (if equalized back to even boost pressures) there was a 6% gain in power from the blended mixture. Post number #1225 http://forums.nasioc.com/forums/show...934903&page=49 details follow on after this post.
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http://www.riceracing.com.au RICESP > F40 > Zonda > ZR1 Water Injection Specialist "Can't be defeated!, don't know the word!, shoulder to shoulder!, we'll fight the world!, WE CAN'T BE BEATEN!!!" |
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