PlatinumZealot wrote: ↑30 Jul 2018, 01:04
What about drag though. In some aeroplane books they say stall increase drag as well. why doesn't that apply to F1 rear wings? We always hear of stalling to reduce drag in F1.
Because pressure difference on an F1 car is significantly larger than on an aeroplane wings due to much more aggressive airfoils, cambers, angles of attack etc. So, with stall, you decrease pressure difference on wing surfaces on an F1 car (and very likely most single seater prototypes), but it increases on an aeroplane. This drag increase with stall is even more pronounced on gliders, as their wing drag (compared to wing surface) is ridiculously low.