Just_a_fan wrote:n smikle wrote:I hope maximising the pull rod is on the list of changes. Notice that it angled too far bacwards, interrupting the flow near the beam wing. They also need to raise up the beam wing; make it a floating design like redbull and willliams. Just a few things I think can make a difference.
The problems probably start well in front of that area. The front wing is likely to be an issue and this then affects everything behind it.
I've seen suggestions that the front wing is, in effect, stalling (they appear to be struggling to keep the flow attached). Indeed, there appear to be problem with both drivers getting the nose to do what they want in to corners which suggests the thing might be struggling to stay attached as it gets closer to the ground under braking (assuming the thing gets much dive in such circumstances). This is why they had some faitly crude cut outs in the front wing at the last test. They need to run a multi-element front wing. A single flap as at present can give higher downforce in theory but it is much more difficult to keep the air flow clean. Better to run a theoretically less powerful multi-flap wing which actually works. Get that right and then you can get the airflow to the rear sorted.
Multi elements will always have more down force. The closer the wing is to the ground, the better down-force it should have.
I agree that they need to run a multi element wing, but i don't think it's because the current one is stalling. Maybe the efficiency drops considerably.
They can't be that bad at engineering, that they create a wing that stalls with one or 2 degrees of pitch.
They would have to be over estimating Reynolds numbers in the wind tunnel if that were the case.
The wing is probably an issue, but i wouldn't single it out. It's also a popular thing to say it affects everything behind it and a new one with change everything. I think that only held true back in the days when front wing designs weren't as converged as today. Most all the wings on every car on today's grid have very similar wake patterns.
The end plates are more critical to what's behind the car i believe.
Looking at the car now, it can be seen that things like the blown exhaust seem aimlessly designed. They are blowing into the floor not along it.
Then looking on the bulky roll hoop and engine cover. You have the internal channel where the radiator exhausts up and over the engine and out the back. We don't know how well this channel is designed, how the oil coolers interact with this, or whether the roll hoop should have done better with a cooling hole underneath it.
Then looking on the rear uprights, on the high and sloping upper control arm links. Why are they so high and to what effect?
Their degradation and hence overall pace could also be tied into their suspension design.
So i have a suspicion the team may have some misguidance with concepts all over the car. And it's the slightly misguided interpretations of key elements of the car that culminate into a car 1 second off the pace.