Well I did leave out I am not the only one building the engine, I will have help from a person who has far more experience than me plus mechanics and people who HAVE done the volvo head conversion. It also won't be a strict N/A because I will turbo the volvo head conversion later. Secondly this isn't just building an engine and slapping it in a car, the car itself I have sanded and painted and so on, and of course I have had help with it to. The only proof you will need is when I am finished with the engine I will show it which should be about 2 years from now, step by step. It rly is mix and mix. Some people had rly no experience with the engine and just worked with the mechanics. Some have built several cars before their volvo head project. DUDE I did mention CFM, I said it flowed a little less than the esslinger (about 10 to 20) and that is with the volvo head's miniscule port size compared to the esslinger.Yeah, a lot of people can slap on a turbo can make 175hp, but the real question is, can you? I've seen no real proof that you know anything in depth about stock engines, and mild modifcations... MUCH LESS knowing anything about basically building a new engine from scratch and mis-matched parts
One step at a time. When you learn how to read a compressor map and calculate the airflow for your engine, you can select a turbo and make your 175hp (unless you need turbonetics or another company to suggest one for you, or you use a boring factory turbo).
I've taken 4 years of engineering classes, and I know more in depth about IC engines than the grad level class that was taught at KU. I can discuss at length, the impact of rod ratios, BSFC, volumetric efficiency, flame propagation, spark kernal, swirl and it's impact on detonation and burn speed, the types of detonation and their cause and origin, and the reactions and byproducts of combustion at various AF ratios.
Sure, you might have a the tools and skill to physically fabricate an intake and exhaust system, but I havn't seen any proof that you can chose an appropriate runner diamter (intake and exhaust), runner length, plenum volume, throttle body size or for that matter a properly sized turbo. Yeah, these shops and some people have put volvo heads on 2.3s, but it is either an evil genious, or a team of people with 10+ years of experience EACH and with different backgrounds in engine building and modification. You can't just read in a book and expect to find what the proper plenum size for a volvo headed 2.3 hoping to make 500rwhp at 23 psi is.
Even for me, it would be a huge challange to select a reasonably appropriate runner diamerter, length and plenum size for said combiation. Typically, you have to make a good guess, use others experience on similar combiations and hope it is close enough that you arn't pulling yourself down.
I am certainly not trying to be an Ass, or high and mighty to you, but I've seen no proof that you have the knowledge to build a volve headed 2.3... much less one with reasonably sized parts to make good power.
So far, you can't even explain why a volvo head is worth the effort. You say because it has 4 valves and flows nearly as much as an esslinger head at less cost. You 'might' look like you knew what you were doing if you ever mentioned phrases, like CFM at low lift values, port velocity, or pent combustion chamber. I hope you don't mind if I LMAO at you for using ford dish style pistons on a volvo head with a completely opposite squish area. Got detonation? That's just 1 tiny reason the volvo head will never make huge power on a 2.3 ford... at least not unless you get custom pistons made to fit the volvo's quench area ($$$$ bye bye cost benifit). You are redesigning the entire engine and every point that ford and volvo engineers would have considered.