Pics from my rebuild
porting is like an art because it's requires molding in 3d and it takes alot of errors and trials to get a successful port design.
pineapple aparently thinks they have a superior port design that no one has so wants to keep it in house.
i can understand where they coming from. Just like the KDR thing going on. If you want just a standard port most are simillar.
pineapple aparently thinks they have a superior port design that no one has so wants to keep it in house.
i can understand where they coming from. Just like the KDR thing going on. If you want just a standard port most are simillar.
also pineapple wouldn't give me any measurements of the port to assist steve kan in tuning the car, which pissed me off...
i paid for the port, how stupid is it for me to want it tuned correctly and them to refuse details?
i paid for the port, how stupid is it for me to want it tuned correctly and them to refuse details?
Originally posted by 93BlackFD
i agree with both of you, but ReodDai, there are methods of exhaust porting that affect velocity and not necessarily flow...make sense?
you can take 1.3L of air and push it out a circle, a square, a triangle, etc....certain shapes will provide different flow characteristics...there's the secret
i agree with both of you, but ReodDai, there are methods of exhaust porting that affect velocity and not necessarily flow...make sense?
you can take 1.3L of air and push it out a circle, a square, a triangle, etc....certain shapes will provide different flow characteristics...there's the secret
However, while velocity is not necessarily tied to the amount you are able to flow - it's ability to impart force on another object is directly tied to the mass of the air you ARE able to flow.
I could see venturi designs having great effects on a turbos ability to "breathe" at high rpms but not necessarily on the ability to spool faster.
Anyone else? Ron?
Originally posted by clayne
Such as venturis.
However, while velocity is not necessarily tied to the amount you are able to flow - it's ability to impart force on another object is directly tied to the mass of the air you ARE able to flow.
I could see venturi designs having great effects on a turbos ability to "breathe" at high rpms but not necessarily on the ability to spool faster.
Anyone else? Ron?
Such as venturis.
However, while velocity is not necessarily tied to the amount you are able to flow - it's ability to impart force on another object is directly tied to the mass of the air you ARE able to flow.
I could see venturi designs having great effects on a turbos ability to "breathe" at high rpms but not necessarily on the ability to spool faster.
Anyone else? Ron?
chrome'd rotor housings today and placed half assed polished manifolds on for a look
http://www.1131.net/pics/brian/DSCN1274.JPG
http://www.1131.net/pics/brian/DSCN1275.JPG
http://www.1131.net/pics/brian/DSCN1276.JPG
http://www.1131.net/pics/brian/DSCN1274.JPG
http://www.1131.net/pics/brian/DSCN1275.JPG
http://www.1131.net/pics/brian/DSCN1276.JPG
urethane does not conduct heat very well, nor is it used as an insulator, there are different grades of powders you can buy depending on the application, this issue was addressed when selecting a powder



front iron is in the oven getting "super gloss black"