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i literally cant why do i have to learn this bs when cyprien says go learn python first 😭😭

Hey Cyprien, is there a way to use a structured mesh for a hollow cylinder? Best regards

Thanks!

Thanks!

Great video, but one thing is bothering me. In initial stage you performed modal analysis. Usually, loadings are not included in such analysis. Did you consider pressure in your initial modal analysis?

Thank you so much, one of the best videos I've ever seen!!

thx g

great tutorial. Very good job. Thanks a bunch for very good pronunciation. My father was using Fortran in 70th....Ist possible to obtain your examples ?

Man my question has been answered thank you thank you God and thank you ❤

Created temporary 'pitzDailySteady.OpenFOAM' qt.qpa.xcb: could not connect to display qt.qpa.plugin: Could not load the Qt platform plugin "xcb" in "" even though it was found. This application failed to start because no Qt platform plugin could be initialized. Reinstalling the application may fix this problem. Available platform plugins are: eglfs, linuxfb, minimal, minimalegl, offscreen, vnc, xcb. Aborted . I am getting this error can you please help? I have followed each and every step mentioned in the video.

do you have any examples for telescoping square or round pipes as columns with a pin?

thanks a lot!

Hi Cyprien, wonderful tutorials on GMSH, really enjoyed learning from them. I wanted to know if there's a way to make periodic structures on GMSH if we know the coordinates of the constituting unit cell. Defining points for a large ensemble might be too tiresome.

Thanks for your vedio,so usefull

Thanks for the video! very clarifying!

45:18 Cyprien, didnt you enter wrong number for epsilon by looking turbulent length scale?

Amazing video. Thank you very much!!!

You sure drew that 12 seconds out as long as possible.

Coarse resolution, no information on FORTRAN at all, unfortunately.

There's no need to change x to a real. You can still do real division as long as one of the operands is a real: change the 3 to 3.0, or multiply the integer variable 'x' by 1.0: y = x / 3.0 y = x * 1.0 / 3

ruclips.net/video/wg2TXXUql64/видео.htmlsi=xY61PokxOyjrQwHG

Good nice very helpful video

volume is toooo low

Having a zero-gradient heat flux is unrealistic. For greater accuracy, you would need to couple CFD for internal convection and perhaps external convection. Gas of a specified temperature would enter the inlets at a specified velocity, instead of assuming a value of heat flux.

In the real application, the outlet would not be so rigidly constrained. Also the material would be quite ductile at high temperature.

Does this assume zero friction between the seal and the upper/lower walls?

Thank you so much!

Thanks for this video. I have one doubt which how to change location of refinement region(box) using "locationInMesh" command?

Thanks a lot for your wonderful work. God bless you.

hello i can seee you incres the viscous layer in the outer fluid part, it si possible to generate a viscous leyer near to the obstable? IF i want to analize with details this? how can i do it please'

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

How fast can the GUI keep up with the data? I tried using pyqtgraph, using one thread to parse the serial data, and another thread for the gui updating. However, my sensor transmits at 115kbps continuously, and the GUI starts to lag behind and become unbearably slow after just a few seconds! Seems like this is such a common application, that there must be dozens of fast performing solutions. For example, I was thinking standard can-bus operates at 1Mbps, so perhaps if there was a way to use a can-bus visualization tool for serial port data ((pcan-explorer, plot-juggler, Tbruno25/can-explorer SavvyCAN )? There are some serial projects ( VizhPort , serial-studio, RealtimePlotter (Processing IDE), x-io's serial-oscilloscope, TelemetryViewer, hyOzd /serialplot ) but not sure how they handle lots of data. The other thought was to use Flutter/Flet and fl_charts?

Thank you for this useful video

My geometry folder from constant is missing

Hi Please, sombody knows why when Cyprien Rusu, save the results files the format is "plate2.resu.med" each dot is mandatory? the word resu and med is mandatory, are both reserved worlds? could not I just write a simple name like "myresults" ?

Merci beaucoup !

Thank you very much for your explanations, they are helping me a lot!

Thanks for the videos, cool tutorials

Hi could you please let me know what is the diferences between OPENFOAM VS SALOME MECA? What are those intended for? is there any link which explanin the main diferences, and the las thing is I have installed CAELINUX in a separate partition of my disk, CAN instal OPENFOAM in this distro ?

HI, when I finish the setup of analisys step, I set the output setup , then i go to history view, prest th + symbol, and i got a message error , which says: "..Cannot read output file or empty file.." (I have a special partition for acaelinux, running salomemeca vsersion 2019.0.1), what do i have to do PLEASE

I ALWAYS take the difficult path 😅. ~ thanks for your videos

Hi Cyprien, Thank's for you videos! I would like to ask you, if I want to consider what is the pressure that the spring makes to the plate, what formulation should I consider at the moment of defining the contact? Thank you very much

Got an error on my RTX3070 with this note : MapSMtoCores SM 8.6 is undefined (please update to the latest SDK)!, tried alot of cuda version from the latest to 11.1, but nothing worked. Whats the problem?, thx

I thought of pink colour and it appeared to me infront of me. This has happened many a times. Even when I have thought of different colours they appeared infront of me in terms of clothes, things, etc. Is this simulation? Please be in touch with me as I want more answers.

obrigado

Wonderful!!! 100% agree! Thank you!

Thank you so much!! It's still (a year later) very useful!!👍

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

Thank you for this very useful video!