whitesephiroth said:
what should i do to gain extra hp?
Son, it's like I advised you earlier in post #2 of this thread, learn the basics.
Start with this book....
http://www.amazon.com/How-Rebuild-Y...=sr_1_5?ie=UTF8&s=books&qid=1251335311&sr=1-5
Then read this book....
http://www.amazon.com/Build-Perform...=sr_1_8?ie=UTF8&s=books&qid=1251335311&sr=1-8
By the time you've digested what the author has said in these two books, you'll be able to begin doing your own research and digging deeper into making horsepower with turbos. For instance, your next read after gettin Vizard under your belt might be this book....
http://www.amazon.com/Maximum-Boost...=sr_1_4?ie=UTF8&s=books&qid=1251335566&sr=1-4
I'll also give you some areas of engine building to research on the web like I did another young man who was interested in learning....
"I'll give you some more homework. You'll be able to talk more intelligently about motor building if you surf the web and read information on the following subjects:
Static compression ratio
Dynamic compression ratio
Squish
Piston compression height
Block deck height
Piston deck height
NOTE: Some writers will refer to simply "deck height" when talking about piston deck height. This is erroneous and shows their ignorance in using the correct terms. Be aware of this and be careful. Block deck height is the measurement from the centline of the main bearing bore in the block to the top of the block where the heads bolt on. Piston deck height is the measurement from the crown of the piston to the top of the block where the heads bolt on with the piston at top dead center position. Block deck height is generally in the area of 9.025" and piston deck height is generally in the area of 0.025" with stock production parts.
Camshaft duration at advertised figures
Camshaft duration at 0.050" tappet lift
Camshaft tappet lift
Camshaft valve lift
Camshaft intake valve opening point
Camshaft intake valve closing point
Camshaft exhaust valve opening point
Camshaft exhaust valve closing point
Camshaft intake lobe centerline
Camshaft exhaust lobe centerline
Camshaft lobe separation angle (sometimes called lobe centerline or simply, LC)
Camshaft overlap
Rocker arm ratios and geometry
Pushrod length relative to establishing rocker geometry
Advancing the camshaft in relation to crankshaft position
Retarding the camshaft in relation the crankshaft position
Piston to valve clearance
Valve spring coil bind
There, that should keep you busy for a few minutes
Here's a pretty good tutorial from Iskenderian to get your mind started....
http://www.iskycams.com/camshaft.php
Also, read through this list of tech tips written by Iskenderian..
http://www.iskycams.com/techtips.php
Here's an excellent tutorial written by Dimitri Elgin of Elgin Cams...
http://www.elgincams.com/campaper.html
Now, my best thinking tells me that I've wasted my time posting this and that we'll never hear from you again. Prove me wrong.