s🅱️inalla simulata

It's bad CFD, but memes don't need to be physically accurate
k-ω SST IDDES
0.5 [Hz] rotation
15 [m/s] freestream velocity
75 million cells
7.5 [mm] surface mesh size
15 [mm] wake mesh size
I have a prism layer, 2 [mm] thickness
0.001 [ms] timesteps (CFL = 1 based on the freestream velocity and wake mesh)
Stationary tires, slip ground

[@troyeskilson6338]

The CFD Ferrari doesn't want you to see

[@jameswright4732]

I can't think of a better usage of computational resources.

[@ryderSRliu]

I hope you modeled Vettel's finger point in the cockpit as his Ferrari career spins off the track.

[@ClarkSchaefer]

Do it again, but with 60 m/s free stream velocity so we can see what it looks like when all hell breaks loose at the apex of Parabolica!

[@1800mybad]

All it's missing is the #5.

[@matteob.2800]

What did you use to run the simulation?
I knew LES had a higher computational cost?

[@davidpenner3456]

I used detached eddy simulation. LES is more expensive to do correctly, but for the same mesh LES will be less expensive.

[@PrometejCFD]

What kind of a machine are you running this on?
Great job!

[@davidpenner3456]

An old university cluster that not enough people use.

[@KapilVetrivel08]

What's the computational resource utilized?

[@davidpenner3456]

An old university cluster that not enough people use.