Tuan,
I have a calculations tool that I am familiarizing myself with and one application is pressure drop through piping. It is a very powerful tool, but I need information to run a calculation. I was thinking that if you could provide me with a resource or info on data specific to the integra, I could give an example of the difference in exit flow velocity, vol flow rate, pressure drop, etc. My thought is that I might be able to say that for example: MD's GSR has 'X' flow rate at the header collector. If he had 2 1/4 " piping all the way back, his velocity would be 'V'. If he had a 2 1/4 " cat w/ 2 3/8 catback piping the flow would be this much more. If he had 2 1/2" piping from collector, cat, complete exhaust he would get this much more flow. Im not sure how precise this would be to reality, but do you think that we could come up with something useful?
Thanks,
Adam
P.S. I need:
Exhaust flow rate
Typical exhaust gas composition (I really need generic estimates to get a density value. I'll assume exhaust gas composition remains constant w/both diameter piping).
What % of CO2 , NOx, SOx, etc?
Temperature
and pressure @the header collector or from UPstream of wherever we decide to start the calcs
Pipe length (we could assume straight or any # of any type of bends)
Comercial steel or commercial stainless steel
Outlet Pressure and Temp would be normal atmospheric conditions?
Sound Good to you?
I have a calculations tool that I am familiarizing myself with and one application is pressure drop through piping. It is a very powerful tool, but I need information to run a calculation. I was thinking that if you could provide me with a resource or info on data specific to the integra, I could give an example of the difference in exit flow velocity, vol flow rate, pressure drop, etc. My thought is that I might be able to say that for example: MD's GSR has 'X' flow rate at the header collector. If he had 2 1/4 " piping all the way back, his velocity would be 'V'. If he had a 2 1/4 " cat w/ 2 3/8 catback piping the flow would be this much more. If he had 2 1/2" piping from collector, cat, complete exhaust he would get this much more flow. Im not sure how precise this would be to reality, but do you think that we could come up with something useful?
Thanks,
Adam
P.S. I need:
Exhaust flow rate
Typical exhaust gas composition (I really need generic estimates to get a density value. I'll assume exhaust gas composition remains constant w/both diameter piping).
What % of CO2 , NOx, SOx, etc?
Temperature
and pressure @the header collector or from UPstream of wherever we decide to start the calcs
Pipe length (we could assume straight or any # of any type of bends)
Comercial steel or commercial stainless steel
Outlet Pressure and Temp would be normal atmospheric conditions?
Sound Good to you?