Відео

Thanks for sharing! is this done in 2d or 3d simulation?

What is your outlet, lower and upper limit boundary condition?

What is the point of putting the second constraint at 8.07 if you already constrained the upper part?

Hello, can you please provide me with your email.

Speech difficult to understand ... a bit up high pass filtering might help. Maybe go to AI english...

Thankyou very much sir 😊 🫡

sir can you do a video tutorial series on Msc Adams

can you show me how to use define obj file, i use it but after run simulation , i saw nothing in paraview

nice work brother. Can you make a video on supersonic flow or high speed flow? Also details about post processing.

if there was content on how to edit solvers and how solvers work in respect with equations i would buy your course, but all this can be learned for free

Does openfoam require internet connection

I want to learn this floating body simulation. Do you have any tutorials for this?

Nice bro, I was able to run in the 1st time only , Thanks!

Hlo sir .. how to provide pressure loading in a viscoelastic material . I have successfully inserted gravity load upon the same but getting large deformation while inserting pressure load .Is there anything I should be care about the same Please reply

Nice video. Is it complicated to make the design parametric where one can enter the ID, OD, Height and diameter of the steel balls?

nah when i'm sick my lungs fill with so much mucus, i cough so hard that the air filled with viruses woulg give the friend in front of me a headshot

Great! Thanks for sharing!

bro just coughed right into my peepee hole

Where is part 4?

Video starts at 1:29. Cmon bruh!

Did you do any CFD for the nozzle geometry? How did you find mass flow rate/fluid velocity, pressure and other parameters?

Next lecture?

Hi can you share, what is the time step and time size?

"By coughing, you can make a left hook on balls."

Ewwww groß Do it again

Sir will this course be on youtube?

I make a more structured OpenFOAM course series on Udemy, please check here! www.udemy.com/course/openfoam-beginner-core-courses/

What is your inlet boundary condition?

Hi! The rest of the series is now ocult ? I didn't finish to watch the whole series. Are you willing to show them again in near future ? Thanks

Sir..Will it be possible to provide little information regarding the boundary conditions of this setup. I have used mass flow at inlet and atmospheric pressure both at pipe outlet and to surface open to atmosphere. I do not get any surface vortex although I have used refinement close to bell mouth. Can you please tell me is it required to use suction pressure at pipe outlet. How to decide that value?

Kindly help, this was the error that came up cp: cannot stat '/opt/openfoam2106/tutorials/incompressibleFluid/cavity/': No such file or directory OpenFOAM-2106:/usr/lib/openfoam/openfoam2106/tutorials/

pozdro PB

Is this 2 or 3 dimensional?

This was truly one of the most stalled NACA 2412 DES openFOAM moments of all time.

i cannot run ,as in my home folder i donot find the openfoam projects, tutorials. can you help me to continue successfully?

Excellent tutorial!

Hi sir. I am a student. Currently I am doing my final year project. I using the msc marc software to do the compression test simulation. I have a problem when running the marc. Which i cannot compress the structurer properly in marc. Problem in setting the boundary condition. Is that can give me any suggestions how to overcome this problem.

Excellent tutorial! very practical. Enjoyed watching it.

Haloo Maz Caesar... Aku selama ini nonton youtubenya buat belajar. Keren banget 👍👍👍🤩🤩🤩 Ternyata sama2 Gema Magita yah? 😊

“Dude why tf did you just cough on my balls”

Right in the nuts, good hit

amazing as always

In the post processing, how do you display the forces as text on the visualization? Thanks

Please make videos on time fractional Navier stokes equation in openform

aku suka banget matlab

I usually aim a little higher

Super cool!

agh

Hek yea

When I try foamRun it says command not found.