Why flared airbridges?
With a stock radiator setup the area between the hood and radiator is pinched, it seems the airbridge is flared for a somewhat consistent cross-area. You don't need a pinched airbridge design for a lowered radiator, do you?
Wouldn't a round tube give you consistent airflow speed? Isn't changing airflow speed and creating excess volume in the intake a bad thing?
[Modified by rd98rdstr, 12:29 AM 5/17/2003]
I don't know this for a fact, but I would wager that at the intake volume required by a stock engine, the stock airbridge is not impacting power.
If, however, you're running a blower set-up that taps-into the intake after the airbridge, the restriction in the airbridge may become an issue.
Regarding excess volume in the intake... more intake volume = more power = a good thing :)
:cheers:
But in the real non-labratory/non-textbook environment that we all operate within; the shape of the factory airbridge probably does not hinder any airflow it will ever see.
If the stock TB handles 500cfm, that means it flows 864,000cubic inches per minute (cfm x 12^3). A 3" tube is 9.4" area (3 x pi) and a mile is 5,680feet. Linear flow would be 864,000"/9.4" = 91,915 inches per minute, or 5,514,900inches/hour, or 459,575feet/hr or 81mph.
I wonder how well air changes shape at 81mph.
[Modified by rd98rdstr, 9:54 PM 5/17/2003]
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