Here is better image.
So, aim od this endplate wings is to increase downforce when car is turning, but not to decrease acceleration or top speed when car is aligned straight.In theory, this concept has no negative effects, but it gives slightly more downforce when turning.I like to call it ,,hidden downforce" because small wings are hidden from direct flow of air on straights.
Ferrari_Ivan wrote:hello guys. I have a doubt.
hello guys. I have a doubt.
as is known, the speed is inversely proportional to the pressure. F1, on the wings, where the air is faster there is less pressure. where there is more pressure is slower.
Speed + -> - Pressure
- Speed -> + pressure
is that correct?
my question is: in the wings and the concept of Chapman's ground effect, increases the speed of the air under the profiles to get downforce.
but if it slows the air over the profiles, can I get downforce?
Watch out in terms of pressure/speed.For example, front wings are set from 0 to 40 degre when viewing from side, right?Smaller angle means less pressure, that means less downforce and more speed.Bigger angle means more pressure, that means more downforce and less speed.That is clear, but... In case if front wing is set at angle of 67 degree that will give about same amount of downforce as front wing at 33 degree but will make twice more pressure.My conclusion is that maximum angle of any part of the car should not be mora than 45 degree.
If I think right, if you slow down the air above profiles you will get no more downforce but process of slowing the air down only means bigger drag.Personally for me it's quite difficult to understand ground effect, but it says ,,As the car gets closer to the ground, the cross sectional area available for the air passing between it and the ground shrinks. This causes the air to accelerate and as a result pressure under the card drops
while the pressure on top is basically unaffected, and together this results in a net downward force."