cool ,works like charm . I had multiple failed attempts with non universal package for ubuntu 20 . Glad i cam across this before waste more time and eventually give-up .. A huge thumbs up !!!

Why you downlaod linux universal into Ubuntu 20.04???

Awesome video, can you show how to model a door hinge?

Excellent video! Thank you very much for your excellent work.

Thanks for the videos. I'm working on similar cases, and this is a very good example, albeit not quite complete. I'm much more familiar with Windows' CFD software than Linux's OpenFOAM. Would you entertain questions if I buy/download the original case from that website? Thanks in advance

Kindly post the video for case set up and simulation

Can I have a case setup file for my reference

Hello, I'd like to learn Premixed Combustion using Openfoam, can you please teach me through some paid classes if that's possible?

Thanks, never could get a simple install on those tar.gz files, now that for me is just as easy as .deb. I'll bookmark this for future reference. thanks again and will be looking to see if you have other tutorials for Salome

Very nice lecture and simulation.

Is this geometry amongst the calculix examples? Could you do a video showing how to set it up?

Not bad. Now do you have any tutorials of how to take this part, import it into gmsh, and then use calculix to do fea and crack propagation on it? Or tutorial on how to use calculix in general? Thanks :)

That is nice, i am also using CalculiX, pure CGX and CCX. It is a nice software.

Nice Simulation 🙂

Hi, Is this explicit dynamic analysis?

I have a question USING OPENFOAM : let's suppose I have a pipe of 2 meters ( for the analysis) and 1-inch internal diameter, 2.5 mm of thickness, made of PVC, inlet speed 5 mts/s, rainolds> 4000, 32 °C., 6 psi. And owing to the turbulent flow there is an FSI (fluids structure interaction), it is possible to know : 1) the displacement depending of frequency at any point of the pipe?, graphics? data? 2) the highest vibrations ( resonance) point depending of the fluid velocity} 3) And a modal analysis) 4) using time dependant?

Greate job, thank for sharing

Hello, very good job! Would it be possible to have the necessary files to run it on my computer?

Absolutely incredible work! Thank you so much. Do you still prefer to do work this way with Salome now that PrePoMax exists? If you don't know about it you should check it out.

Fantastic vide!!! Could material damping be accounted for like in a viscoelastic solid? To my knowledge viscoelasticity is not possible in calculix? I may be wrong

Again similar geometry is for the Fossee internship task

That was the Fossee summer fellowship problem statement

Very helpful. Thank you.

can you please provide the necessary files it would be of great help

Very interesting video, have you made different simulations using shell elements with CalculiX? Have you seen some weird results using simmetry boundary conditions? Best regards

Very good tutorial for using open source FE software, thanks a lot!

Thanks for sharing

Outstanding work. I'd love to see what the preprocessing of this would look like, or if there are any kinds of open source methods to do things like bullet penetration analysis. I've also found quite a few of your other videos and I must say I'm very impressed. If you'd be willing to try figuring out a way to do an assembly with a few parts, attached together with things like RBE3s and 1D elements representing fasteners, that would be swell. Keep it up!

Can you show how import it in terminal by using 0 constant and system fiels ?

Who is enthusiastic in cae, one who has power to use open cae.... And that you sir

Nice tutorial sir😎🥳

Beautiful Do you recommend me to learn this and use freeCad to make structural analysis (I am interested in pv systems structures)? The normal people use Staad pro, but it is not free.

Good afternoon, Very useful video, I learned how to build graphs in Calculix. I started studying GMSH, I don't know how to connect 3d grid nodes with rod elements. Tell me if GMSH has commands for this. My model. //+ Point(1) = {0, -0, 0, 1.0}; //+ Point(2) = {6.0, 0.0, 0, 1.0}; //+ Point(3) = {0.0, 0.5, 0, 1.0}; //+ Point(4) = {6, 0.5, 0, 1.0}; //+ Line(1) = {1, 3}; //+ Line(2) = {3, 4}; //+ Line(3) = {4, 2}; //+ Line(4) = {2, 1}; //+ Line Loop(1) = {1, 2, 3, 4}; //+ Plane Surface(1) = {1}; //+ Transfinite Surface {1} = {3, 4, 2, 1}; //+ Transfinite Line {4, 2} = 41 Using Progression 1; //+ Transfinite Line {1, 3} = 6 Using Progression 1; //+ Extrude {0, 0, 0.2} { Surface{1}; } //+ Transfinite Line {9, 4, 7, 2} = 21 Using Progression 1; //+ Transfinite Line {11, 6, 1, 12, 20, 8, 3, 16} = 6 Using Progression 1; //+ Transfinite Surface {13}; //+ Transfinite Surface {21}; //+ Transfinite Surface {26}; //+ Transfinite Surface {1}; //+ Transfinite Surface {17}; //+ Transfinite Surface {25}; //+ Recombine Surface {13, 21, 1, 26, 17, 25}; //+ Transfinite Volume{1} = {1, 5, 6, 3, 2, 14, 10, 4}; //+ Transfinite Line {11, 12, 20, 16} = 5 Using Progression 1; //+ Transfinite Line {6, 1, 3, 8} = 11 Using Progression 1; //+ Transfinite Line {2, 7, 4, 9} = 41 Using Progression 1; //+ Transfinite Surface {26}; //+ Transfinite Surface {1}; //+ Transfinite Surface {13}; //+ Transfinite Surface {21}; //+ Transfinite Surface {25}; //+ Transfinite Surface {17}; //+

Sir, Yes this are knowledgeable tutorial