Размер видео: 1280 X 720853 X 480640 X 360
Показать панель управления
Автовоспроизведение
Автоповтор
the best explaination I have ever seen
This is so good, was able to understand the concept of y+
Great explanation, everything is clear! Thank you! I wish you good luck!
yess good. after watching some 20 mnt+ channel about Y+, this is a good video to wrap things up. straight to the point. but pls work on ur english, I dont mind the velocity of ur talking.
at 2:50 the friction velocity equals root of wall shear stress to density, you have told it incorrect
Lovely animations! And a great video thank you!
This explanation was quite clear compare to 101 video because of video length
Nice explanation and thank you for calculator link
Good Explanation with good animation.... :)
which the valueo ogf length if the geometry is a circular pipe.
Ok my Yplus I want is 1 but my cfd post max yplus is 1.47
What should I do to get a yplus of 1
please reduce your tempo..the next concept is bombarding too fast without letting me think about the previous one.
nice explaination dude
How did you do the animations for this, would love to see a video on that too.
you forgot rho？that is dynamic Viso
Well explained. Thanks.
great job Man!
Bro nice video, but you're talking like a robot.. take a breath :P
first of all work on your English and accent.
first of all keep your jealous aside; and be grateful that he is teaching you free of charge
![[CFD] How Fine should my CFD mesh be?](http://i.ytimg.com/vi/60fDz2cVdy8/mqdefault.jpg)
![[CFD] How Fine should my CFD mesh be?](/img/tr.png)
![[CFD] What is the difference between y+ and y*?](/img/1.gif)
the best explaination I have ever seen
This is so good, was able to understand the concept of y+
Great explanation, everything is clear! Thank you! I wish you good luck!
yess good. after watching some 20 mnt+ channel about Y+, this is a good video to wrap things up. straight to the point. but pls work on ur english, I dont mind the velocity of ur talking.
at 2:50 the friction velocity equals root of wall shear stress to density, you have told it incorrect
Lovely animations! And a great video thank you!
This explanation was quite clear compare to 101 video because of video length
Nice explanation and thank you for calculator link
Good Explanation with good animation.... :)
which the valueo ogf length if the geometry is a circular pipe.
Ok my Yplus I want is 1 but my cfd post max yplus is 1.47
What should I do to get a yplus of 1
please reduce your tempo..the next concept is bombarding too fast without letting me think about the previous one.
nice explaination dude
How did you do the animations for this, would love to see a video on that too.
you forgot rho？that is dynamic Viso
Well explained. Thanks.
great job Man!
Bro nice video, but you're talking like a robot.. take a breath :P
first of all work on your English and accent.
first of all keep your jealous aside; and be grateful that he is teaching you free of charge