Відео

Hi sir, I'm Naeem M Phil Mathematics, I studied courses FEM, CFD, can I have your contact number? Please. As I'd like to pursue my PhD using Numerical Techniques like FEM, FVM. I need guidance to secure my admission through funded scholarship

Hello, can I ask about the name of the program in which you write the code?؟؟

Very useful video. Thank you so much

لذت بردم از این انگلیسی روون و دانش عالی،باریکلا پسر،🎉🎉🎉❤❤❤❤

Thank you so much for this comprehensive introduction to ParaView. It saved my time.

Great Info

Thank you very much for this informative video. I do have a question. I used Paraview to apply a Tube filter on a tract (with one streamline) and saved the new thicker tract as Tube.vtk. But after converting Tube.vtk to a .trk file, I noticed the number of streamlines is zero and I am not able to visualize it in freeview. Do you have any idea about the possible cause? Thank you

Hello! I am very intrigued by this class. There are not many videos that cover the use of fem in CFD, let alone full classes! However, starting this course a question emerges. Why should someone use FEM instead BEM or finite volumes/difference method? What are pros and cons? I think that this topics should be discussed in the introduction. If I missed them, please let me know where to find them, I am very interested!

Hi, great video. Could you explain if it is possible to get the time average of WSSdiv using paraview?

Thanks for the useful tutorial! Do you know if there is a way to limit the vtkPlane to a certain distance around the origin point? and then use it for clipping a specific part of the object.

Amazing work, is it possible to use this for 3D case?

Hello brother i have a project to do on fenics for my edcation but i am not expert and yet i still don't understand so much how it work i downloaded ubuntu on my windows then anaconda then fenics then jupyter and paraview and downloaded the mshr channel the geometry i need to draw 2 rectangular parallelepiped width 3mm,height 0.5mm and length 6 mm and they are in contact so it is like an assembly with 1mm height rectangular separed in half . Can you please help me ?

Hello! Thank you for your video that is helping a lot! Though, I still have an issue: when I try reading the array with .GetArray(fieldname) before going to numpy, it returns an empty data whereas in Paraview I can clearly see the cell arrays in the information page. I tried with two different vtu and vtp files. Thank you!

Thanks for the tutorial, Dr. Amir. So I tried the plot over line functionality for a .vtp file but couldn't get any plot. I also converted the file to a .ex2 file, however it didn't help. Have you had a similar situation?

Hi. Thanks for your video again. For your code, may I ask one more question? I added the surface integral terms dot(p*n, v)*ds-nu*dot(dot(n, nabla_grad(u)), v)*ds to F, which I think should not cause a different because of the Dirichlet boundary condition. However, it turns out that the Newton solver can't converge after I added these two terms. Do you have any ideas for this?

Amazing! Thank you so much for this. Content like this is truly exceptional and hard to find. I'm currently facing difficulties in creating a custom 2D mesh, such as a sinusoidal channel. I would greatly appreciate any assistance or suggestions regarding available software for this task. Thank you once again for your invaluable efforts🙏.

Hi, thanks a lot for this wonderful video. Could you please tell me how you plotted the velocity you got at the end of the video?

Hey, thank you for shearing this. I have a question - is it easily applicable for results from Ansys Fluent?

can you also add a velocity field, generated e.g. with Fenics, in which your particles can move like passive tracers?

The most interesting topic in CFD! 🙂

Hello, Thank you for quick tutorial on getting started. It is hard to come up with python videos with VTK. Definitely put me on right track. :)

Thank you for your video! Unfortunately the text is too small to read on my laptop screen. Please enlarge the text size for the next videos!

hello, i am learning the dolfinx, can you explain in video tutorial, how import geometry from gmsh for dolfinx?

This is a great presentation about PINN model application. recently, I have been deeply interested in this model for the water flow simulation. then I felt big barriers for the input data construction for the model. Can I get tips for the input geometry data set like mesh generation for the CFD model? or any recommendation ?

Awesome video! Thank you

Dear Professor thank very much for share Code and video, Would mind tell what is the size of channel? I think channel size is whether nano or micro ?

Arzhani, this is my second question. I am trying to implement your method to predict velocity and pressure fields in a spinning shaft which is partially filled with oil, and outlets exposed to air, from 10 experimental data points. In traditional CFD I use the multiphase method, with close BC/IC as experiment. Can I use PINN on a spinning shaft, with oil sloshing everywhere and multiphase flow. Can PINN be used to measure both air and oil velocity / pressure fields Please let me know. Thank you

Hi Arzhani. Great presentation. My question 1) in which software did you code PINN 2) How did the python-pytorch code understand wall location

Has the effect of sensor locations been studied ?

great presentation!

We used the open-source FEniCS based CFD solver Oasis: github.com/mikaem/Oasis Right now we are working on more complex simulations accounting for turbulence using LES (supported in Oasis)

Nice ! share the code on github ! which version of NS are you using ? what are your initial conditions ? is it a published work or just a toy project ?

I was trying to do similar things with Fenics. Can you provide a source or the equations that you used to do this?