OpenFOAM ＆ Blender : Weather Vol.06 (Pressure & Wave)Simulation

I have a lot of free time on my hands, so I've been playing with OpenFOAM and Blender and etc.
This is weather simulation Vol.06 that confirms the generation of waves due to atmospheric pressure and wind.
I conducted a similar analysis in Vol. 04 and 05, but this time I looked at how waves are generated by air pressure differences over a longer time.
I can see that wind strength depends not only on the difference in air pressure but also on positional relationship.

Chapters:
00:00 ①Front cover
00:00 ②Schematic diagram and description.
00:15 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.
今回は気圧と風による波の発生を確認する気象シュミレーションVol.06です。
Vol04と05でも同様の解析を行いましたが、今回はより長い時間での気圧差による波の発生状況を確認してみました。
風の強さは気圧差だけでなく位置関係にもある事が解ります。

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 #weather #ﾃﾞﾝｶ #流体 #weather #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