compare with figures/charts.. Intake air temperature vs. power
Engine power is related to air intake temperature.
perhaps - mCp(t1-t2) is applicable somehow (will look up, and put here later..)
Intake Temperature-- Power Loss-- Example Power Output
20C----------------------- 0%----------------------- 200bhp
40C----------------------- 3.5%-----------------------193bhp
60C----------------------- 7%----------------------- 186bhp
80C----------------------- 10%-----------------------180bhp
100C-----------------------13%-----------------------174bhp source: Charge Cooling Intake air temperature vs. power
We can definitely think of a indigenous DYI " intercooler" setup to take care of the temperature issue here ( even if that means a couple of degrees.. or more!!-who knows..)
another solution is given in the attachment
One basic idea I have for a 'adjustable-freeflowIntake':
We can have encased filters (i.e. in series),
say, with restriction of 2 filters in series = restriction of single (more denser) filter e.g. OEM Single filter=100micron, the 2-series-filters = 140~150 micron The outer filter however can be parted to keep single filtration (translates to lesser restriction intake= free-er intake) meaning,
OEM restriction: 100 micron worth,
1-of-the-2-filters restriction: 140 micron worth, <Note: lesser the micron size, more the restriction> Normal requirement: double filters running- result- cleaner air than single filter !! - with some added restriction, wondering howmuch will that be though! ( will work on that..) Power requirement: One filter splits *(manually)- result- free-er intake than single filter (OEM)= better revving! (sacrifice on cleanness of air wont be too much I guess- just shedding 20-30% cleanness from stock- only in power mode-that is) * we can do some settings so that some key in the dash, can split the inner filter, on key release, the springs will pull back the filter in circuit. -- that kinda arrangement.
Will try to sketch it to make it clear to all, what I want to say..
Care. Ace. |