Painting intercooler black - good or not?
Joined: Jun 2005
Posts: 19,338
Total Cats: 574
From: Fake Virginia
I like the bling

I need Newbsauce's hood pins.
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I need Newbsauce's hood pins.
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That is a Racing Beat Type I nose.
The hood pins are aerocatch, and I love them and the flush look. Obviously they are open in this picture. They seem to work fairly well
As for the I/C.. its the big CXracing one that everyone's using. 24x12x3?
The hood pins are aerocatch, and I love them and the flush look. Obviously they are open in this picture. They seem to work fairly well
As for the I/C.. its the big CXracing one that everyone's using. 24x12x3?
Carbontrix
Mini Cooper
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Joined: Jun 2006
Posts: 29,085
Total Cats: 375
From: Republic of Dallas
h_air = 50 W/m*k
h_aluminum = 221 W/m*k
h_polyethylene = 0.50 W/m*k (closest thing to paint I can find...)
I found some formula and got a heat transfer coefficient of:
without paint: 40.774155458486 W/m*k
with paint: 40.774153752544 W/m*k
For a reduction in heat transfer of 0.0000042%. Not a whole lot. Not 100% sure I did it right though. I'm going over it.
Joined: Jun 2005
Posts: 19,338
Total Cats: 574
From: Fake Virginia
Assuming:
h_air = 50 W/m*k
h_aluminum = 221 W/m*k
h_polyethylene = 0.50 W/m*k (closest thing to paint I can find...)
I found some formula and got a heat transfer coefficient of:
without paint: 40.774155458486 W/m*k
with paint: 40.774153752544 W/m*k
For a reduction in heat transfer of 0.0000042%. Not a whole lot. Not 100% sure I did it right though. I'm going over it.
h_air = 50 W/m*k
h_aluminum = 221 W/m*k
h_polyethylene = 0.50 W/m*k (closest thing to paint I can find...)
I found some formula and got a heat transfer coefficient of:
without paint: 40.774155458486 W/m*k
with paint: 40.774153752544 W/m*k
For a reduction in heat transfer of 0.0000042%. Not a whole lot. Not 100% sure I did it right though. I'm going over it.
emissivity of flat blackness = hi fi
add that to your calcs and smoke it
Assuming:
h_air = 50 W/m*k
h_aluminum = 221 W/m*k
h_polyethylene = 0.50 W/m*k (closest thing to paint I can find...)
I found some formula and got a heat transfer coefficient of:
without paint: 40.774155458486 W/m*k
with paint: 40.774153752544 W/m*k
For a reduction in heat transfer of 0.0000042%. Not a whole lot. Not 100% sure I did it right though. I'm going over it.
h_air = 50 W/m*k
h_aluminum = 221 W/m*k
h_polyethylene = 0.50 W/m*k (closest thing to paint I can find...)
I found some formula and got a heat transfer coefficient of:
without paint: 40.774155458486 W/m*k
with paint: 40.774153752544 W/m*k
For a reduction in heat transfer of 0.0000042%. Not a whole lot. Not 100% sure I did it right though. I'm going over it.
Joined: Jun 2006
Posts: 29,085
Total Cats: 375
From: Republic of Dallas
Assuming:
h_air = 50 W/m*k
h_aluminum = 221 W/m*k
h_polyethylene = 0.50 W/m*k (closest thing to paint I can find...)
I found some formula and got a heat transfer coefficient of:
without paint: 40.774155458486 W/m*k
with paint: 40.774153752544 W/m*k
For a reduction in heat transfer of 0.0000042%. Not a whole lot. Not 100% sure I did it right though. I'm going over it.
h_air = 50 W/m*k
h_aluminum = 221 W/m*k
h_polyethylene = 0.50 W/m*k (closest thing to paint I can find...)
I found some formula and got a heat transfer coefficient of:
without paint: 40.774155458486 W/m*k
with paint: 40.774153752544 W/m*k
For a reduction in heat transfer of 0.0000042%. Not a whole lot. Not 100% sure I did it right though. I'm going over it.
[/classic chris rock]












