[Openfoam Tutorial 2] Lid-Driven Cavity Flow

I am using openfoam 12, an the file constan, existe a folder called poly mesh, and the file physicalProperties but acoording to your examples the file should be named as trasportproperties, is there any diferneces? or is becouse i am using a later version of opernfoam, or I am inside a diferente example of cavity? thank you

Thanks so much for covering this in detail with a great explanation

is there a collection of tutorials for openfoam v12?. i am new with this and following tutorials that uses previous versions of openfoam confuses me because they have different location or maybe name in the tutorials file in the ubuntu file. i found a pdf file with a collection of tutorials but it uses previous version which I can't seem to find the type of tutorial they use. Thank you.

HI, I woul like to know if you know which companies use this software?

These videos are so helpful!, Idk what i woud have done with openFOAM without videos like these, tysm ;)

Cara, choro d rir até hj! Ahuahaihu

Hi Cyprien. When you change from the velocity U to the kinematic pressure p, I can't see the results in Paraview, but I am confident I did the tutorial right from the start until 45 minutes. Do you have an idea of what might be wrong with my system/software/simulation? I thank you in advance.

I wasted so much time asking help for others in my project-assistanship, where as you explained everything in one video. thank you so much 🙏

Thanks for your nice video.
I just want to mention that incompressible flow is not restricted to liquids, gasses can also have incompressible flow, when they flow isothermally (Adiabatic condition) at low velocity.

What a video, i liked how you take every opportunity to show different featured of openFoam using this simple case study, really helpful tutorial. wish you all the best and happy new year

This is a really great effort, thank you so much
But honestly, It is really advanced for the first trials with Openfoam.
I could not run the case, You are describing the details of the post-processing but escaping the details of how to run the case in details.

I was almost giving up on OpenFoam but this video saved me! Thank u

I can only give one like, so big thank You!

Very helpful video, thank you so much! good pace and well explained!

Thank you for the video, i would like to know how to account for gravity in such an example?

I am new here and great to see much more materials. Great teacher

With original geometry you should have a vortex at each bottom corner, might want to refine the streamline representation. Cavities help validate the convergence is accurate.

Thank you so much, Cyprien !!!

thank you so much, i can finally understand this <3333

Please make video on DSMC method in OpenFOAM.

Great video explanation! I've watched several of your videos and each of them was useful for me. Thank you a lot!

Thank you, Thanks this iI understand fuly the mode of working of the programm

It's a great explanation

THANK YOU SO MUCH

Thank you very much Sir for your fruitful lesson. Really enjoyed. I hope you will continue this journey.

Thank you for your work

Thank you so much Cyprien! You have made learning CFD so much more fun and understandable

Can I found this case with Fortran code

Thanks a million!

Thank you very much for wonderful tutorial.

nicely explained Sir....you efforts are inspirational

When I solve the lid driven cavity problem in ansys fluent then in results part..the screen appears black.. anyone plzz help to resolve this problem.

Thanks

Keep up the good work

Thanks. Great video.

BlockMesh did'nt work in my terminal how to resolve it

Amazing presentation Cyprien! Request you to create one on cavitation in submerged bodies using interPhaseChangeFoan and Schnerr-Sauer model. Regards

Please Ineed your help

Hello, I am a master’s student trying to simulate the seismic wave behavior in the case of a cavitation layer in the ground at a depth of 2 meters. But I have a problem with inserting and programming the cavity part in the code using the Fortran program.

Sorry further in which link can be found? (Stress analysis of a plate with a hole)

Thank you for making this tutorial Cyprien. This is great stuff, and having someone to follow is great introduction.

Thank you, you are very good at explaining these things.

Thank you for making this tutorial Cyprien. This is great stuff, and having someone to follow is great introduction. Thank you.

Seriously man, thanks.

I just started to CDF and your videos have been of great help to me. Thank you so much