kjwiehoff
10+ year member
Batman's a scientist?!
Quote:
Originally Posted by req
i
as for tuning, usually people tune around 30~33hz for daily driving.
Code:
x = cross sectional area of port (inches^2)
y = net volume of box after displacements (inches^3)
z = tuning frequency of port (hz)
PL= Port length (inches)
x[1.84 * 10^8] ____
_______________ - .823 * \/ x
PL = y[z\.159^2]
and remember...
do all math on TOP
do all math on BOTTOM
divide TOP by BOTTOM
SUBTRACT .823*square root of X
that is port length.
.
using this. i got a port length of 22368.8 in. that obviously wont work. where did i go wrong. my x=52, y=3276 cubes, z=33hz..... please help the slow //content.invisioncic.com/y282845/emoticons/help.gif.cee8f684da1ba626487a8bc51152e1ec.gif i'm not asking for money, just answers. thank you
Originally Posted by req
i
as for tuning, usually people tune around 30~33hz for daily driving.
Code:
x = cross sectional area of port (inches^2)
y = net volume of box after displacements (inches^3)
z = tuning frequency of port (hz)
PL= Port length (inches)
x[1.84 * 10^8] ____
_______________ - .823 * \/ x
PL = y[z\.159^2]
and remember...
do all math on TOP
do all math on BOTTOM
divide TOP by BOTTOM
SUBTRACT .823*square root of X
that is port length.
.
using this. i got a port length of 22368.8 in. that obviously wont work. where did i go wrong. my x=52, y=3276 cubes, z=33hz..... please help the slow //content.invisioncic.com/y282845/emoticons/help.gif.cee8f684da1ba626487a8bc51152e1ec.gif i'm not asking for money, just answers. thank you
