Why the 15mm exclussion zome around the exhaust is never going to be enough:
And that's just the super hot (~1000°C) blue plasma we see there. I wonder how far out of the exhaust cilynder the flow is accelerated.
No water injection allowed - in the engine.exchaser wrote:Is there provision in the rules for teams to experiment with water injection for
cooling as well as fuel consumption this year?
Actually i wanted to know what is the maximum distance the front wing can be from the wheel center line.ringo wrote:@williamsf1, What that does is give more room under the nose as it arches towards the front of the tub.
Remember the rules use 50mm behind the furthest point as the main reference for the nose tip. The further away that pont is from the tub, the more space under the tub you will have for air flow, seeing as though at 50mm behind the furthest point the crash structure must have it's centre of area at 185mm. So anywhere behind that point would naturally be higher as the nose joins the tub.
Place the nose too close to the tub, and the transition up towards the tub will be too aggressive, and the airflow wont be as stable; and in fact there would be too much expansion thus pressure increase.
Actually with the rules being what they are and the center of DF woes the teams are facing I would assume they would rather be interested in the minimum distance from the front wheel center line. you would want to have it as much to the rear as possible.WilliamsF1 wrote: Actually i wanted to know what is the maximum distance the front wing can be from the wheel center line.
I assumed increasing the front overhang of wing further from the front wheels will add more load on the front wheels
the forward-most point of the front wing can be 1000 mm in front of the FWCLWilliamsF1 wrote: Actually i wanted to know what is the maximum distance the front wing can be from the wheel center line.
I assumed increasing the front overhang of wing further from the front wheels will add more load on the front wheels