![Image](http://img11.hostingpics.net/pics/578212rb8nosehole.jpg)
could this be possible? to put more flow under the bulkhead?
RB7ate9 wrote:Could you elaborate? I suppose what 42 was talking about was creating a stagnation point while the theory behind spoilers is more about creating a turbulent vortex in a low-pressure area that, in turn creates a buffer that improves flow over an object? I apologize if I have my concepts turned around.Raptor22 wrote:
Not related
Actually Raptor and 42 were discussing that it could be an interesting implementation of hollow point aerodynamics.richard_leeds wrote:That slot in the nose is not big enough for a major aero influence. It simply relocates the driver cooling slot from the tip of the nose. Its a neat place to locate it too, taking advantage of that air dam effect.
I'm more intrigued by the exhaust. McL and Fer have a more prominent treatment of the exhaust. Of course in previous years both RB & McL have made a dramatic change to the exhaust routing at the final test or in Aus. Perhaps we can say the exhaust as currently shown confirms where it will NOT be in Aus?
The pellet's shown (note, pellets not bullets) are for air weapons. These are absolutely subsonic, and depending upon the weapon firing them, are sometimes not too far away from F1 speeds.Ian P. wrote:For the bullet case, you are probably on target.Just a little thought RE the apparent slot/vent on the nose hump, has anyone considered the aero characteristics of hollow point ammunition?
Such ammo might appear to have the aero characteristics of a house brick, but is actually pretty good. The trick apparently is that the area directly in front of the hollow point forms a sort of bubble of high pressure air, which is what then encounters the oncoming air first, making the effective nose of the projectile a rounded ball, which has much better aero.
Or am I way off the mark here?
Unfortunately while F1 cars are fast, they are definitely sub-sonic. The bullet case is supersonic with considerably different flow characteristics. F1 cars also don't spin around their long axis at high rates (150K RPM).
Anyone taking wagers on how long before another one of these aero-slots shows up??