Introduction to Computational Fluid Dynamics (CFD) - Part 3: Boundary Condition

Links to other parts of the series:
Introduction to CFD - Part 1:
• Introduction to Comput...
Introduction to Computational Fluid Dynamics (CFD) - Part 2: Grid:
• Introduction to Comput...

[@abdullahimran8801]

This video made my concert very clear. Thank you very much. Please upload more video on CFD

[@danieldavidnovaburgos6857]

Awesome explanation!, thank you so much.

[@alidamak7842]

thank you for this great video, it's well organized and educational

[@raviphanindra9454]

Excellent explanation.
Thank you.

[@InaamaliMalik]

very nice and informative, none of the moment was useless in the video, excellent use of time, great job.

[@csystudio]

Thank you

[@InaamaliMalik]

@@csystudio well deserved 👏

[@jaypanchal1997]

​@@csystudioplease continue cfd

[@jaypanchal1997]

Please continue CFD lectures.

[@championacademyofficel7598]

love you

[@muhammadomermirza5723]

Good explanation

[@manojsaravana3877]

Thank you👏👍

[@brianyeh2695]

Thank you so much

[@offshor]

Thank you for this wonderful explanation.
One question. Would you please specify the values for the center symmetry boundary condition for steady flow?
(Some people say it should be the same as outside wall, but some say it is 0)

[@shihab0167]

As salamu walaikum Sir, This is an interesting and informative lecture tutorial , Hope we will get more videos on this cfd simulation . if you don't mind , can I contact you sir ?

[@user-px5pj7ux5k]

How to get divergence become zero in wall boundary like this U(i+1,j)+V(i,j+1)-V(i,j-1)