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Posted: Tue Jul 17, 07 3:05 pm
by Anonymous
In theory yes.
The chamber volume would need to have the pop-up volume of the piston subtracted and the deck height clearance volume would need to be added. But since I didn't have that information to hand I didn't factor it in the equation, so we are assuming a zero deck and flat pistons in this case.

In either case the difference made by reducing the thickness of the gasket would be the same.

Posted: Tue Jul 17, 07 3:56 pm
by Kev
Yep! I know about deck height and piston volume etc, just wanted a rough estimate. (Or maybe I was getting the Student Brain kick started again :thumbright: )

Posted: Tue Jul 17, 07 6:17 pm
by MilesnMiles
:salute:

Posted: Tue Jul 17, 07 6:59 pm
by Rich
:geek: :geek: :geek: :geek:

Posted: Tue Jul 17, 07 9:06 pm
by AllKiller
I reckon if you ditch the head gasket, there is little chance you can blow it :D

Posted: Tue Jul 17, 07 9:30 pm
by TrevD
O rings and a thin (0.008)copper gasket :D :D (it works for the blower boys)

Posted: Wed Jul 18, 07 11:14 am
by Anonymous
Just weld the head on! :roll:

Posted: Thu Jul 19, 07 11:31 pm
by MilesnMiles
Indeed they are, Steve. i only chipped in because James provided a specific compresion ratio, wasn't querying the maths Anyway, I have a fire to rush to :roll: