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Total 5 documents matching your query.

1. Compression ratio? (score: 1): Author: Unknown; Date: Fri, 03 Oct 2003 09:04:21 -0700; The discussion of compression ratio leaves me with a lingering thought, God help me. I just had my block bored too. But I didn't think boring the block would change my compression ratio. Does it infa; /html/triumphs/2003-10/msg00038.html (6,833 bytes)
2. RE: Compression ratio? (score: 1): Author: Unknown; Date: Fri, 3 Oct 2003 10:56:48 -0700; Boring the block will raise the compression ratio (assuming no other changes), but usually not enough to worry about. For that matter, grinding the valves moves it the other way, so maybe they balan; /html/triumphs/2003-10/msg00044.html (6,835 bytes)
3. Re: Compression ratio? (score: 1): Author: Unknown; Date: Fri, 03 Oct 2003 13:55:21 -0400; Hello list. Here is the formula for compression ration. CR = V1 + V2 divided by V2. V1 is the volume of the cylinder. V2 is the volume of space above the piston at TDC (top dead center). Example - V!; /html/triumphs/2003-10/msg00045.html (8,058 bytes)
4. RE: Compression ratio? (score: 1): Author: Unknown; Date: Fri, 03 Oct 2003 21:40:08 +0200; All depends if you leave the carbon build-up or not <G> Mike; /html/triumphs/2003-10/msg00049.html (6,780 bytes)
5. Compression ratio? (score: 1): Author: Unknown; Date: Fri, 3 Oct 2003 18:05:41 -0400; Message text written by "T. S. White" God help me. I just had my block bored too. But I didn't think boring the block would change my compression ratio. Does it infact do this or do the ratios of the; /html/triumphs/2003-10/msg00051.html (7,283 bytes)

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