@abhayminachi6020
This is so good, was able to understand the concept of y+
@simplelife87
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.
@РассадинАлександр-к6к
Great explanation, everything is clear! Thank you! I wish you good luck!
@CallumSamuels
Lovely animations! And a great video thank you!
@shaikasif6447
This explanation was quite clear compare to 101 video because of video length
@shubhammali6206
Nice explanation and thank you for calculator link
@Praisrko
Good Explanation with good animation.... :)
@gantaamith9795
nice explaination dude
@AmandeepSingh-yk6dy
at 2:50 the friction velocity equals root of wall shear stress to density, you have told it incorrect
@sramkumar3225
Well explained. Thanks.
@abhijitbhandari621
please reduce your tempo..the next concept is bombarding too fast without letting me think about the previous one.
@designproduction1786
great job Man!
@Andres-qw1de
which the valueo ogf length if the geometry is a circular pipe.
@张苡-g3r
you forgot rho？that is dynamic Viso
@morocco4ever30
Ok my Yplus I want is 1 but my cfd post max yplus is 1.47
@aeropeoplellc8160
How did you do the animations for this, would love to see a video on that too.
@kampfmuffin3535
thank u. But i only wanted to go to youtube .-.
@Relax-bro
Bro nice video, but you're talking like a robot.. take a breath :P
@uschan5227
first of all work on your English and accent.
@mohammeda.mohammed2908