thank you for your effort. I have one note , you mentioned that H(u) = f - sum(an*un ), but H(u) = - sum(an*un ) without fb and fb can be further incorporated in the momentum predictor depending on the nature if body force ex: buoyantSimpleFoam
MU = -napla (p) + fb where M is the system matrix resulting from implicit discretization of velocity terms and MU - H(u) = A(u)*u ------> H(u) = MU - A(u)*u
Bro I meant this kind of super thanks as show in this link ruclips.net/video/SBWjs2qdwPA/видео.htmlsi=niJcvMw6HizOY27H Your content is good so some might donate money...
Dear Pratyush, I guess I missed the course. Could you please tell how to get a video seminars of a course (ofc for a fee), or maybe you will hold another course sometime soon? Thank you in advance
![Custom OpenFOAM Solver [1/2] : Adding Temperature to icoFoam #FromBasics](/img/1.gif)
Hi, your contribution is amazing, cannot wait more for your new video about solvers, like PIMPLE , or some other videos about programing. Thank you!
Sure, I will post next tutorial on PIMPLE.
That's great!👍
Thanks for explaining it nicely.👌
Very helpful. Thank you.
thank you for your effort. I have one note , you mentioned that H(u) = f - sum(an*un ), but H(u) = - sum(an*un ) without fb and fb can be further incorporated in the momentum predictor depending on the nature if body force ex: buoyantSimpleFoam
MU = -napla (p) + fb where M is the system matrix resulting from implicit discretization of velocity terms and MU - H(u) = A(u)*u ------> H(u) = MU - A(u)*u
I agree with you !! The tutorial was just introductory; therefore I tried to keep it as simple as possible! Thanks for your comments!
Bro put thanks button for getting support or donation ...content of this video is very good
Thank you Bro !! I will soon put more content asap ...
Bro I meant this kind of super thanks as show in this link ruclips.net/video/SBWjs2qdwPA/видео.htmlsi=niJcvMw6HizOY27H
Your content is good so some might donate money...
Nice video and keep going！！
Very nice video, any reference books or pdf ?
what kind of reference you want?
@@advancecfdwithpratyush7162 theory books ?
@@harishd7315 I would recommend " Moikalled et.al. The Finite Volume Method in the CFD". Its best book relevant to OpenFoam.
Thank you
🚀 Exciting News! We're launching a detailed OpenFOAM comprehensive course, starting August 16, 2024. Register now: Registration Link: forms.gle/WeXrzdgZ6mLbbdXa6
🔹 Registration open: Aug 8 - Aug 12, 2024
🔹 Course begins: Aug 16, 2024
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Is the registration still active ? Can I register ?
@@sayanchowdhury5667 Yes you can still register.
Dear Pratyush, I guess I missed the course. Could you please tell how to get a video seminars of a course (ofc for a fee), or maybe you will hold another course sometime soon? Thank you in advance
@@LisAmigo the course is not free this time.
@@advancecfdwithpratyush7162 i wrote “for a fee”, not for free, sorry for misunderstanding
Hi sir
Can u please share more resources on openfoam programming
Yeah sure...I was busy with a family function last week. I will upload more videos on programing soon. Thanks for your comment.
Thank you for the video. Much appreciated
Join our Currently running course on OpenFoam programming. For more details mailed us at IteraSim@gmail.com.
bro! Videos seems of longer duration. Instead you split these in parts and make a playlist that will be better i guess.
Thanks for your suggestions! But I thought it earlier... The problem is that too much parts will make the RUclips playlist too messy.
Hello Pratyush, please buy a new microphone. Thank you, enjoy the rest of your day.