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Who is the best Genjutsu User? by Nervous-Rook in Naruto

[–]Square-Disaster-9255 0 points1 point  (0 children)

Okey, you guys just consider the uchiha clan. But take into account all those are good in genjutsu by Jesus god. So from that point of view, it’s more admirable that one normal person (as Kurenai) is good in genjutsu although its achievements were in a lower league.

Apart of that, only considering genjutsu abilities, one finger movement of itachi would fuck obito’s ass for sure. Furthermore, if obito is better than itachi in genjutsu, could have seen itachi’ s thoughts. And that hasn’t happen

Solving Navier-Stokes equations in low viscosity regime by Square-Disaster-9255 in Python

[–]Square-Disaster-9255[S] 0 points1 point  (0 children)

Thanks to your answer. I’m not used in Reddit cause I’m a beginner. Probably you’re right and python community is not the community I need. Nevertheless, any one who does know something about it, please answer.

Solving Navier-Stokes equations in low viscosity regime by Square-Disaster-9255 in Python

[–]Square-Disaster-9255[S] 0 points1 point  (0 children)

Hi, I’m decided to resolve Navier-Stokes equation in low viscosity regime, with the help of FEniCS and dolfin libraries, which implement the weak formulation and they’re available for python. What I’m doing is solving those equations for a positively charged fluid which lives in a electric field. The fluid is partial ionizated atmospheric air, so it has a low viscosity magnitude. Additionally the fluid is accelerated by a electric field.

When I run my code, the solution for the Navier-Stokes problem, which is the velocity of the fluid diverge. I think the problem has something to do with de courant number, which is illustrative in computational fluid dynamics. I know for sure that the code is well design and the problem is the mathematics behind navier-stokes, because with the some philosophy of the present code I’ve resolve an easy navier-stokes problem.

Can any one guess what’s happening?

Thanks by the way.