Displacement calculator, anyone have one?

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Nov 23, 2004 | 02:55 PM
  #1  
Or know the formula?
Thanks,
Jim
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Nov 23, 2004 | 03:03 PM
  #2  
There is a chart on the link I am attaching- however, the 3.4 they reference is the FWD blocks, not the RWD ones.
http://users.spec.net/home/emxjc/block.html
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Nov 23, 2004 | 03:10 PM
  #3  
Ok, the stock bore for the RWD is 3.62, right. Is there really enough thickness to the cylinder walls to bore off .070"?
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Nov 23, 2004 | 03:10 PM
  #4  
you give me bore and stroke, I'll slap it in DTD2000 and let you know.
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Nov 23, 2004 | 03:46 PM
  #5  
Quote:
Originally posted by Jerriko 3.4
Ok, the stock bore for the RWD is 3.62, right. Is there really enough thickness to the cylinder walls to bore off .070"?
I really think that is pushing it into no mans land. You are getting into too thin of walls. I think .050 over would be max for most blocks and even then it really does mine checked before I have it taken out .040.
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Nov 23, 2004 | 04:44 PM
  #6  
The formula is really easy, elementary school math:
BORE^2 / 4 * PI * NUMCYL * STROKE

If you supply measurements in inches, you get cubic inches.
If you use millimeters, divide the result by 1000 and you get cubic centimeters.

Hope this helps.
Lou
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Nov 23, 2004 | 04:58 PM
  #7  
Quote:
Originally posted by BigBabyLou
The formula is really easy, elementary school math:
BORE^2 / 4 * PI * NUMCYL * STROKE

If you supply measurements in inches, you get cubic inches.
If you use millimeters, divide the result by 1000 and you get cubic centimeters.

Hope this helps.
Lou
Thanks, that's what I was looking for.
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Nov 24, 2004 | 12:30 AM
  #8  
Quote:
Originally posted by BigBabyLou
The formula is really easy, elementary school math:
BORE^2 / 4 * PI * NUMCYL * STROKE

If you supply measurements in inches, you get cubic inches.
If you use millimeters, divide the result by 1000 and you get cubic centimeters.

Hope this helps.
Lou
fantastic, thanks man this is great
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