View Single Post
Old 07-01-2015, 09:45 AM   #15 (permalink)
Red__Zed
A True Z Fanatic
 
Red__Zed's Avatar
 
Join Date: Jul 2010
Location: window seat
Posts: 28,940
Drives: Mostly on two wheels
Rep Power: 120
Red__Zed has a reputation beyond reputeRed__Zed has a reputation beyond reputeRed__Zed has a reputation beyond reputeRed__Zed has a reputation beyond reputeRed__Zed has a reputation beyond reputeRed__Zed has a reputation beyond reputeRed__Zed has a reputation beyond reputeRed__Zed has a reputation beyond reputeRed__Zed has a reputation beyond reputeRed__Zed has a reputation beyond reputeRed__Zed has a reputation beyond repute
Default

Quote:
Originally Posted by MacCool View Post
Slip angle, rough surface traction, heat management, and therefore cornering performance, assuming you're pushing it hard enough to generate that much heat that it matters, are absolutely valid points in the discussion of traction vs friction. The OP is contemplating differing tires sizes to manage understeer/oversteer. Those factors don't come into play. He want's to "loosen it up" and "free it up a little more by getting more contact with the road with the front tires". We're back to high school physics.
You're neglecting adhesion in your response. And oversteer/under steer is just f/r management of traction...

That basic equation assumes minimally elastic solids. Surface area matters more as the material becomes more elastic.

There are a lot of good resources to school up on traction out there. I'd recommend taking a look.
Red__Zed is offline   Reply With Quote