I have a lot of free time on my hands, so I've been playing with OpenFOAM and Blender and etc.
This is a water hammer Vol.02 simulation.
I checked the behavior of the fluid discharged into the chamber from the piping, which was created in a spiral state to consolidate the entire system.
Since the fluids are water and water vapor, I could imagine that there would be a difference in behavior since the specific gravity is very different,
but it was not as big as I expected.
Chapters:
00:00 ①Front cover
00:00 ②Schematic diagram and description.
00:30 ③OpenFOAM results are displayed in Paraview.
Note: Basically, I don't disclose the analysis conditions (boundary conditions, etc.) of OpenFOAM
【If you like this video, please like, share, and subscribe to my channel】
もの凄く暇を持て余しているのでOpenFOAMで遊んでいます.
今回はウォーターハンマーVol.02 シュミレーションです。
全体を集約させるために渦巻状態にした配管からチャンバーに吐出される流体の振舞を確認してみました。
流体は水と飽和水蒸気なので比重が大きく異なることから振る舞いにも違いが出ることは想像できましたが、予想より大きなものではありませんでした。
注意事項: 基本的にOpenFOAMの解析条件(境界条件等々)は開示しておりません。
【もしこの動画が気に入ったら、いいね、シェア、チャンネル登録をお願いします。】
#openfoam #blender #paraview #xsim #freecad #fem #cfd #tutorial #denka #water #デンカ #流体 #hammer #simulation #opensource #CAE #cad #opensource #FEM #analysis #feanalysis #prepomax #calculix #design #structuralanalysis #thermalanalyis #tutorial #engineering #simulation #caesoftware #computeraideddesign #ngsolve #opencascade #meshing #preprocessing #postprocessing #dynamicanalysis #elasticity #plasticity #nonlinearanalysis #nonlinear
Негізгі бет Ғылым және технология OpenFOAM & Blender : Water Hammer Vol.02 Simulation
Пікірлер