The tutorial is clear and enjoyable, keep up the good work!

@Codeynamics

5 сағат бұрын

Thankyou very much

Great Video!

@Codeynamics

15 күн бұрын

Glad you enjoyed it

Veey good video! Thanks for sharing!

@Codeynamics

4 ай бұрын

Thankyou. Please share and support!

loved it, very well explained.

@Codeynamics

3 ай бұрын

Thankyou, keep supporting

sir please can you tell me how did the blade rotate which file of the openfoam stores the information about this rotation .. i am ignorant on this ....and where can i download this model ...thank you sir

@Codeynamics

14 күн бұрын

it is the dynamicMeshDict in the constant folder. This model is also available in the tutorial resources. Please follow the video. I have explained it as well.

Thank you

@Codeynamics

7 ай бұрын

Welcome 😊

so clean tutorial bro, love it. every other one on this topic is unwatchable

@Codeynamics

5 ай бұрын

Glad you think so! Thankyou.

hey if you close wsl inbetween and reopen it later can you continue the steps?

@Codeynamics

Ай бұрын

yes absolutely. As long as you go to the correct case directory location and perform the appropriate commands, it will work.

nice 🙂

@Codeynamics

7 ай бұрын

Thankyou so much

we can use snappyhexmesh for 2d geometry alike flow over cylinder/prism????

@Codeynamics

6 ай бұрын

Yes you can. Use type "empty" for the frontAndBack faces. Separate all faces from the geometry, use inlet.stl, outlet.stl, walls.stl, prism.stl, frontAndBack.stl and then do the snappyhexmesh. It should work fine. if it doesn't, mail us at codeynamics@gmail.com

Thank you for the useful video. What is "Q" parameter here?

@Codeynamics

3 ай бұрын

Thankyou The Q criterion defines vortices as areas where the vorticity magnitude is greater than the magnitude of the rate of strain. Pls check documentation for more clarity

Hi, is it possible to have the final foam file ? I am working in vizualisation rather than in calculation. Thanks for the vid. I am working on it anyway.

@Codeynamics

4 ай бұрын

Sorry I don't have the final file now. You can easily run the case from tutorials to get the solution though.

@ap-qn9hw

4 ай бұрын

yeah for sure, thanks@@Codeynamics

What parameter in snappyHexMeshDict controls the animation of the propeller? Thanks

@Codeynamics

3 ай бұрын

snappyHexMeshDict was used only to create mesh for the case. It has no role in the animation directly.

@MarcelNKemet

3 ай бұрын

@@Codeynamics In that case, I suspect animation is controlled by a custom function somewhere the system/controlDict

@Codeynamics

3 ай бұрын

@@MarcelNKemet I dont understand what you are trying to say. The animation is post processed in paraview. how is animation related to controlDict?

@MarcelNKemet

3 ай бұрын

@@Codeynamics I found out there is a dictionary (dynamicMeshDict) located in constant/ folder which controls the mesh animation. You could have mentioned that in the video. Anyway, good introduction to dyn meshes.

@Codeynamics

3 ай бұрын

@@MarcelNKemet That doesnt control animation directly. That controls the mesh motion. Animation is a byproduct. So I didnt mention. Thankyou for your suggestions