Quote:
Originally Posted by Chris Hill
I agree with the higher hp and torque with better air.
But does XYZ converter stall at say 500 ft lbs no matter what? When you have better air, lets say the torque curve shifts up 10 ft*lbs. What is the phyiscs that sets stall speed? Or is it actually a stall torque that fits particular engines differently due to the engines torque curve?
So in better air, you have to increase rpm more until the torque drops off to the 500 ft*lb value, hence higher stall speed.
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Chris , I could give you an answer ,but I don't know how to explain it in technical terms.
It's kinda like, I know that Christina Hendricks works for me, but I can't put that in words either. LOL
It has to do with hydraulic pressure, generated centrifugally and the shear, or over -ride point.
Maybe we need an engineer to explain it. Rusty 3011?