As a seasoned picture-aerodynamicist I can't agree. It looks like an AD-board from side view.xpensive wrote:Come on mod, diffuser meeting with the wing makes it look great, can't you tell, which means the world for us picture-aerodynamicists!
As a seasoned picture-aerodynamicist I can't agree. It looks like an AD-board from side view.xpensive wrote:Come on mod, diffuser meeting with the wing makes it look great, can't you tell, which means the world for us picture-aerodynamicists!
Connecting the end-plates to the diffuser has i believe 2 main benefits:modbaraban wrote:And that helps... how?
Besides why not have the best of both solutions by adding some additional channels on the sides:
Also RB5 has quite a clearance under the rear wing where most cars have wing supports and additional planes. Maybe the flow under the wing help diffuser so much that they need most of the diffuser air exit down the middle. I guess that may accelerate the flow. Oh, I almost forgot to add the exhaust exits to the equasion. Hmmm
I would expect that to change through the season - no reason why they cannot stick two further diffusive tunnels either side of the current fixture.modbaraban wrote:
What's the advantage of limiting the diffuser width? All the other cars' diffusers are wider than the rear wing.
Your English isn't bad so don't worryanimal ed wrote:I`m more curious about KERS. As i know they didn`t test it yet so i wonder is it really designed to carrie one? We all know (guess) benefits comparing to use it or not... or designed to carrie one but instead KERS mounted, using ballast all over! I assume that nonKERS designed car is superior comparing the KERS ready but non mounted but how much?
...and appologize about my english (not my fault - google) i`m bit rusty - speak well but have difficulties with writing...
regards
Well according to Newey (link by Ian P.) the car is designed for KERS. The question is indeed interesting. I think in early stages of KERS development the benefits of having working KERS onboard rather than more ballast to play with are doubtful. But turning down the KERS technology altogether in current conditions is quite too risky in the long term.animal ed wrote:I`m more curious about KERS. As i know they didn`t test it yet so i wonder is it really designed to carrie one? We all know (guess) benefits comparing to use it or not... or designed to carrie one but instead KERS mounted, using ballast all over!
I think he means on the front part of the tub, the point where the lower suspension arms mount. (at least that part is now a shallow V, rather than flat)modbaraban wrote:I have a question after reading Newey's interview. What's with the flat vs. V-shaped bottom?
Oh that... I noticed it too. It looks almost like a keel.Saribro wrote:I think he means on the front part of the tub, the point where the lower suspension arms mount. (at least that part is now a shallow V, rather than flat)modbaraban wrote:I have a question after reading Newey's interview. What's with the flat vs. V-shaped bottom?
My doubt about this is more because they have B team called red bull in italian language (guess what - even with italian powerplant) so they can take time and sacrifice them for testing and research program during the season ... maybe STR will be fully KERS ready and equpped, or opposite ... main question is will it be enough extra 60 kw lasting for 6,6 sec during the lap against better balanced car with bigger fueltank and better placed ballast?modbaraban wrote:Well according to Newey (link by Ian P.) the car is designed for KERS. The question is indeed interesting. I think in early stages of KERS development the benefits of having working KERS onboard rather than more ballast to play with are doubtful. But turning down the KERS technology altogether in current conditions is quite too risky in the long term.