Dupain wrote:project.r.racing wrote:Dupain wrote:ED_MX5 wrote:Dupain wrote:emily_mx5 wrote:This is so hilarious.
Please continue.
Maybe words from a shelia can sort out the queries. I've tried my best to explain.
I have to butt in here.
Have your discussion with others sure, you may differ in oppinions/knowledge.
Some people here know lots, some know a little. Just be aware that being a SHEILA has nothing to do with knowledge! If your going to criticise, just get them to prove why they are right. Being sexist is not going to solve your problem mate.
Good luck with your car btw, looking good. Hopefully will sound good too.
Why would emily_mx5 find it so hilarious? Where is the documented evidence of their definition ED_MX5? I've provided a definition from wiki and there are others easily found.
The wiki definition is fine.
But what you describe as unequal length runners and different ID size pipes is not what tuned length headers are.
The problem is that your definition and wikis definition are different.
Deal with it and grow up. Get educated.
Where's you evidence project-r-racing? I have told you I'll review the product when I get it. My definition is the same as wiki. Whats this about abusing me about getting an education. Have two degrees from Sydney University and one was Chemical Engineering and it included fluid dynamics 1&2.
If you understand fluid dynamics, the you should understand that changing pipe lengths and diameters change fluid velocity and vaccuum between 2 merging fluids.
So if you want 4 pipes to flow evenly into 1 singlepipe, wouldn't you want all of those 4 pipe to have the same resistence and velocity???
Otherwise the vaccumm created by 1 going at a faster velocity will also mess up the other 3???
By changing 1 pipe to a smaller diameter, that will create resistance at the start of the pipe, and increased velocity at the end of that same pipe.
So you change 1 pipe to be slight smaller diamter than the other 3. You create more resistance. You have less exhaust scavenging. So you have already decrease power from cylinder 1. Finally the gasses hit the collect at a high velocity upsetting the equal vaccuum created from the other 3 pipes.
All pipes need to be the same size to give equal resistence and gas velocity.
All pipe need to be equal length so the gases hit the collector and the vaccuum is equally controlled.
If you dont have this, you might as well just by a quick welded $250 header job from mr muffler down the road. Cos you'll only get the same results. Although mr mufflers will be made from cast iron and last 10x longer.
Lets go mr 2 degrees. Explain fluid dynamics to us?