Applied to practice, what would this mean? Return to venturi tunnels all along the floor?amc wrote:If you wanted a lot of downforce and really low drag from an object in ground effect, the longitudinal cross section would be a streamlined aerofoil profile, to reduce the profile drag (total drag = profile drag + induced drag). It would, in fact, look a little bit like a wing.
So a proper venturi tunnel would be less prone to suffer from dirty air than current design, thanksamc wrote:Good reasons were brought up a while back about sporting reasons for re-introducing underfloor venturis (driver mistakes, variance in performance due to ride height changes). The aerodynamic reason it would increase overtaking is because, being primarily exit driven, the tunnels suck through all sorts of warm, turbulent, airflow. Unlike putting a current car into the wake of another, it won't totally mess up the carefully engineered flow patterns generated by the front wing and cause the barge boards to stop working (for example, I have no idea if this actually happens), so there won't be a step change in downforce.
What would you do if you can write new aero rules to reduce dirty air or reduce its impact on the car behind? I mean in general, what direction would you choose, continue with wings?, reduce them as much as possible and substitude that downforce with venturi tunnels? Other?