okcpopeman
10+ Year Contributor
- 293
- 9
- Jan 11, 2011
-
Oklahoma City,
Oklahoma
Beautiful build and a very nice car indeed... One thing i'd like to point out though, but before i do
I am only offering CONSTRUCTIVE criticizm The way the pipes come out of your FMIC has been shown to be one of the least efficient ways you cna build your end tanks (squared off with the outlets 90* from the core's flow and tank end, because it's not a smooth transition in or out of the core.. I think there's something to gain if you were to bring the outlets straight out each end in the direction of flow, or built the front part of the end tanks with a "rounded" shape to direct the air to the outlets and throught the core from the inlet...again, not sayin anything bad, just offering some advice that i've come across many times in my years of building cars, turbo kits and fabbing end tanks for cores as well..sometimes it can't be helped, but if you have room, it might make some gains!!
Backdoor entry FMIC's have been shown to provide good airflow distribution across the frontal surface area of the core with tight packaging. Sure 90 degree turns don't flow the best but the turbulators in the FMIC also don't aide flow. The tapered entry and exit end cores do flow well but require the kind of room that really isn't available in most cars. Its a good compromise and seeing as John is making 1000hp I'd say the compromise is working quite well.
danl is actually right in the sense of cooling effects on the backdoor style end tanks, because they disperse the air across the core more evenly. Now a properly designed end tank on any intercooler will make sure this effect is achieved by adding vanes to keep the air from just going "straight through" and instead routing it to utilize the entire core. Lots of good info on end tank design and theory here... Intercooler end tank design
Full weight car and its 7 years ago..It would go on to run in the nines...