any one know how to get bore size?? diameter or radius and pie??
their is a formula right??
anyone know this?? ex. i have 95 teg b18b1 bored out 20 with stock crank anyoneknow how to find out new displacment?? cubic inches liters anyof that.
BTW i already did a search.
Modified by incredteg3 at 2:51 AM 11/13/2004
anyone know this?? ex. i have 95 teg b18b1 bored out 20 with stock crank anyoneknow how to find out new displacment?? cubic inches liters anyof that.
BTW i already did a search.
Modified by incredteg3 at 2:51 AM 11/13/2004
The diameter IS the bore size.
Radius x pi would give you the circumference of the cylinder, I guess that would be usefull in seeing how long your rings are or something. Halfway to getting the surface area of the cylinder...
Radius x pi would give you the circumference of the cylinder, I guess that would be usefull in seeing how long your rings are or something. Halfway to getting the surface area of the cylinder...
<TABLE WIDTH="90%" CELLSPACING=0 CELLPADDING=0 ALIGN=CENTER><TR><TD>Quote, originally posted by exospeedAMcrx »</TD></TR><TR><TD CLASS="quote">what are you wanting to know? a conversion formula?</TD></TR></TABLE>
sure if you know one please tell
sure if you know one please tell
Bore x bore x stroke x 3.1416 x .001 = cc
Bore x bore x stroke x 3.1416 x .000001 = L
These work for 4 cylinders as is. The following generic formulas are tweaked geometry formulas for figuring out the volume of multi-cylinder engines.
B = Bore
S = Stroke
C = quantity of Cylinders
pi= 3.1416 (close enough)...pi/4 = .7854
B x B x S x C x .7854 = ci where dimensions are in inches and the volume is expressed in cubic inches
B x B x S x C x .7854 x .001= cc where dimensions are in millimeters and the volume is expressed in cubic centimeters
B x B x S x C x .7854 x .000001= L where dimensions are in millimeters and the volume is expressed in liters
1" = 25.4 mm
1mm = .03937"
1L = 61.023744 ci
1 ci = 16.3871 cc
Blah, blah, blah...
Have fun, knock yourself out.
Modified by hybrid2nr at 10:53 PM 11/12/2004
Bore x bore x stroke x 3.1416 x .000001 = L
These work for 4 cylinders as is. The following generic formulas are tweaked geometry formulas for figuring out the volume of multi-cylinder engines.
B = Bore
S = Stroke
C = quantity of Cylinders
pi= 3.1416 (close enough)...pi/4 = .7854
B x B x S x C x .7854 = ci where dimensions are in inches and the volume is expressed in cubic inches
B x B x S x C x .7854 x .001= cc where dimensions are in millimeters and the volume is expressed in cubic centimeters
B x B x S x C x .7854 x .000001= L where dimensions are in millimeters and the volume is expressed in liters
1" = 25.4 mm
1mm = .03937"
1L = 61.023744 ci
1 ci = 16.3871 cc
Blah, blah, blah...
Have fun, knock yourself out.
Modified by hybrid2nr at 10:53 PM 11/12/2004
<TABLE WIDTH="90%" CELLSPACING=0 CELLPADDING=0 ALIGN=CENTER><TR><TD>Quote, originally posted by incredteg3 »</TD></TR><TR><TD CLASS="quote">their is a formula right??
anyone know this?? ex. i have 95 teg b18b1 bored out 20 with stock crank anyoneknow how to find out new displacment?? cubic inches liters anyof that.
BTW i already did a search.
Modified by incredteg3 at 2:51 AM 11/13/2004</TD></TR></TABLE>
1834.6779456929157
new displacement.
anyone know this?? ex. i have 95 teg b18b1 bored out 20 with stock crank anyoneknow how to find out new displacment?? cubic inches liters anyof that.
BTW i already did a search.
Modified by incredteg3 at 2:51 AM 11/13/2004</TD></TR></TABLE>
1834.6779456929157
new displacement.
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