COCOAL's delusional thoughts:rofl:
:hug:
Well, when it comes down to it, I did it for looks
and started like this...
I wanted a lil more bling under the hood a while back, and decided to polish the stocker and liked it really well. It gets scratched really easily and taking it off a few times took its toll, for this reason IMHO painting it would be worse, So I decided heat wrapping it would give me a different look and be resilient to the procedure of R&R. :thumb:
:hmm:I had an hypothesis that keeping "all" the energy (including the generated heat) in the system would benefit overall potential energy/peak power, I also figured that with the hot pipe being in such close proximity to the manifold that wrapping it would keep heat off/out of it when EGT's are high, but let's face it guys, my theory is probably flawed, and even if wrapping the hot pipe "does" have an overall effect either way, I'd bet it's barely noticeable at best as Levi thinks it's pointless....
That being said....and for those who know me, from this point...this is one of my famous rambling and pointless ideas you used to love...so stop reading now or read on then dig in and tell me how dumb I am
The "hot side" pipe gets really hot when you're making boost, so for strictly keeping engine bay heat down IMHO its a sound idea:thumb:
Here it comes...
...now I thought about the principle of loosing heat before the intercooler with the tube bare, I thought "hey, it would yield a cooler air charge as an end result" as it's loosing heat directly to the engine bay pre intercooler and, as a side effect forcing less work to be done to the charge air within the intercooler to cool it in the intercooler...
Well, that also got me to thinking, heat is energy, and keeping it contained within the system it's working or being made in sounds like a theoretically "good" principle to work on.
So based on that idea, even though compressing the air makes heat, and the charge air is hot as it leaves the turbo, that action or "energy taken" to compress the charge air made that heat, heat is also a form of energy, so in an effort to maintain "all" that "energy" that came out of the charger as it travels to the intercooler to become cooled and dense and readied for the engine intake, just sorta makes sense, to me...
That's when I got to thinking about the heat the manifolds might radiate onto/into the hot pipe when the engine is under load/boost, I figured keeping that heat out was a good idea, as it was made outside the charge air system. As a result of the this effort, I figured the overall potential of the charge air system and effectiveness of the intercooler would be greater, lending to a more efficient system
Yes, you're keeping heat "in" the system and forcing the intercooler to do slightly more work, possibly lowering the charge air's overall potential, however I suppose you're keeping velocity up as well which should help...
All in all, I'm just looking to maximize efficiency in any and every respect/aspect I can, no matter how nominal (to an extent) as I believe doing so who will benefit the "system of systems" working under the hood. :angel:
Did any of that make ant sense
:roflmao: