definitely notKeiKo403 wrote:Didn't the f duct pass air over the top of the wing to stall it at high speed? Could this be doing the same somehow with the t wing
Well, close. It's 'chimney' to duct away hot airflow:NutritionFact wrote:Looks Like a heatsink in a CPU or something..
The air that is being vented is very turbulent, low energetic and so it is not low pressure flow. Venting it high above the car means that less of that air has to be vented lower down the car, where it acts disturbant.matt_s wrote:Are they venting hot air above the RW to lower pressure?
Or is it just that venting there means that they don't have to channel air down the coke bottle and so can have tighter bodywork at the rear?
It's tightened about the amount of air which goes out trough the chimney...Morteza wrote:Sidepod is different from what Bottas ran in the morning. Racecar Engineering reports it's tighter. Here are the photos:
Morning
http://www.racecar-engineering.com/wp-c ... erc657.jpg
Afternoon
http://www.racecar-engineering.com/wp-c ... rc678a.jpg
The F-duck connected to the top of the wing and pushed air under it to stall the wing.KeiKo403 wrote:Didn't the f duct pass air over the top of the wing to stall it at high speed? Could this be doing the same somehow with the t wing
Morteza wrote:Sidepod is different from what Bottas ran in the morning. Racecar Engineering reports it's tighter. Here are the photos:
Morning
http://www.racecar-engineering.com/wp-c ... erc657.jpg
Afternoon
http://www.racecar-engineering.com/wp-c ... rc678a.jpg
Note that they were also running a larger fin. Halfway in size between their original, and the Williams etc finMorteza wrote:Sidepod is different from what Bottas ran in the morning. Racecar Engineering reports it's tighter. Here are the photos:
Morning
http://www.racecar-engineering.com/wp-c ... erc657.jpg
Afternoon
http://www.racecar-engineering.com/wp-c ... rc678a.jpg