Well let me try and regurgitate what a head porter told me about gasket matching on an lt1 . Apparent where the head and intake meet is close enough in size and shape already and it isnt the big restriction that needs to be dealt with first. Apparently when ony gasket matching you will cause an expansion just right there and the path the air flows from the intake to combustion chamber needs to be relatively the same size all the way through and gasket matching will cause an expansion for the air in that area then the runner will get smaller shortly after. Something about this can lead to turbulence and a break downof flow characteristics.
Im sure I said that wrong, so hopefully llyod can chime in
Im sure I said that wrong, so hopefully llyod can chime in
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Im sure I said that wrong, so hopefully llyod can chime in
Yeah, the more complicated version of what I was trying to say. Haha. Just gotta wait for lloyd now.Originally Posted by TAEnvy
Well let me try and regurgitate what a head porter told me about gasket matching on an lt1 . Apparent where the head and intake meet is close enough in size and shape already and it isnt the big restriction that needs to be dealt with first. Apparently when ony gasket matching you will cause an expansion just right there and the path the air flows from the intake to combustion chamber needs to be relatively the same size all the way through and gasket matching will cause an expansion for the air in that area then the runner will get smaller shortly after. Something about this can lead to turbulence and a break downof flow characteristics.Im sure I said that wrong, so hopefully llyod can chime in
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Im sure I said that wrong, so hopefully llyod can chime in
That's true if you make them much larger than the rest of the runner.Originally Posted by TAEnvy
Well let me try and regurgitate what a head porter told me about gasket matching on an lt1 . Apparent where the head and intake meet is close enough in size and shape already and it isnt the big restriction that needs to be dealt with first. Apparently when ony gasket matching you will cause an expansion just right there and the path the air flows from the intake to combustion chamber needs to be relatively the same size all the way through and gasket matching will cause an expansion for the air in that area then the runner will get smaller shortly after. Something about this can lead to turbulence and a break downof flow characteristics.Im sure I said that wrong, so hopefully llyod can chime in
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yeah...but look at an intake gasket on a stock head.....its very close to begin with. Maybe on a big *** big block head or something. Its not so big of a deal on the LT1 stuff from what I have seen.Originally Posted by Kevin Blown 95 TA
That's true if you make them much larger than the rest of the runner.
I'm sure Lloyd knows tho.....send him a PM
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i am confused, are you talking about matching the gasket to the head?Originally Posted by mdacton
I'm sure Lloyd knows tho.....send him a PM
if so he told me to match mine

when you lay the gasket on the head it is very easy to tell why
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if so he told me to match mine
when you lay the gasket on the head it is very easy to tell why
match the gasket to the head and to the intake manifold... make it all smooth.. provided you do it evenly (no massive dips, uneven cuts) there shouldnt be an issue.Originally Posted by dangalla
i am confused, are you talking about matching the gasket to the head?if so he told me to match mine

when you lay the gasket on the head it is very easy to tell why