Sorry mixed up the 2 questions i was thinking of when I wrote it. To answer your question, air over a smooth surface moves slower than a slightly rough surface. Friction of the air on the surface. But something tells me you are aware of that.
The turbulant air question I was trying to ask was around the end caps and does it really matter if squared or shaped. Logic would say smooth bend vs square ends is better, but it might not matter.
The turbulant air question I was trying to ask was around the end caps and does it really matter if squared or shaped. Logic would say smooth bend vs square ends is better, but it might not matter.
Haha, yes I am aware of fluid dynamics (air being a fluid) but curious of your thought process.
I can't answer your question though but I'm thinking along the same lines as you in that the air entering the intercooler has to slam up against the end tank then "find" its way through the intercooler rather than it being "directed" into the intercooler via angled entry.
The way to test this at least partially would be to flow test it with the max cfm the engine produces and check the pressure drop from inlet to outlet.
There may or may not be any difference in restriction until higher flow than what stock or tuned vehicles produce. Now if you had bigger turbos, high flowing exhaust, etc pushing 700 hp the probability for the non contoured intercooler inlet/outlet pipes causing a restriction increases.
- 1
- Show All