10. Fundamentals of Boundary Layers

[@sabari7881]

Half a century ago !!! But still, the best explanation found on the net ...

[@AviatorJosh]

Excellent film on boundary layers and boundary layer thickness.

[@JoséLama-t3q]

R u Nasa?

[@mbanks11]

I endorse these videos and the assessment of them given here -- they really are superb explanations, well thought-out and planned. Don't anyone let the mere technology of the media put you off.

[@shaider1982]

The book, Intro to Fluid Mechanics by Robert W. Fox and Alan T. McDonald, brought me here.

[@oliviajshin]

here to do mae 130b hw but wow this is actually fun

[@MohamedAhmed-nf5vy]

Absolutely brilliant, Big thanks Barry Belmont

[@JoséLama-t3q]

allahu akbar

[@peppyKoeppe2]

Yea this is an excellent video. I needed this clarification. Thanks

[@isabelleyap1779]

Hi, I did not quite get what you said, "The viscosity affects the flow of dynamics are" what "along the surface of the object"?

[@philg]

Very well explained. Great!

[@davidbain701]

Sharp clear and unobstructed Turbulence is a transition from, a introduced motion, to the dominant flow condition

[@mmbendou23adc]

Thanks for the videos, this is awesome....

[@claudiamorel8400]

Thank you very much. Excellent video.

[@hemantdhakwal6489]

Excellent experiment

[@nedles27]

This is excellent. Thank you very very much.

[@rodrigoevaristosilva7790]

A zona de recirculação é onde a velocidade é negativa.

[@Pedritox0953]

Wonderful video!

[@NikhilRajBirua]

This is gold.

[@danielsantiagosoto9639]

ahaha its amazing how i understood everything in less than 30 minutes!

[@dhanasekar2663]

well explained ......

[@cyrusIIIII]

Why did he say the shear in upstream on the plate is bigger than the downstream while the velocity gradient looks steeper the downstream?

[@FlyNAA]

5:30 to 6:05, he said the gradient is steeper upstream, so the 2 match. You talking about the same or different spot in the video?

[@hudeyfeotomasyon3686]

harika süper çalışma tebrikler

[@theobirkholz]

Vinod's fluids anyone?

[@alcyonecrucis]

how the fuck is this images generated again???

[@tjwiets6691]

Electrolysis... Check out the 5th video in this series, Flow Visualization. It's described in a bit more detail in that video just after 2 minutes in, the video calls it the hydrogen bubble method...hope that helps.

[@alcyonecrucis]

Tj Wiets ya i figured that out like 5 min after i posted! cheers! l0l

[@sarathy319]

cool

[@zehrakiraz6805]

Yalnız eleman baya hoşmuş, sadece sesi ve görünüşü için bile izlenir.

[@BitterTast3]

Audio is 10 seconds ahead of the video.

[@osmarmauriciogalvezgranado7823]

Vengo aquí a entender como es la física de los vórtices aplicados a las aeronaves en forma de platillos

[@anshulsuri5619]

Rayleigh flow

[@SaurabhYadav-lw5mr]

I love you

[@randomboy5575]

2:25

[@theluckg]

😊

[@cacetinhoericclapton3714]

João Pedro Pêgo me trouxe aqui

[@FoxtrotGolfLima]

it's big brain time

[@sarathy319]

nice

[@DOMINIK32110]

Harvard, say no more

[@flavio6981]

Tendré que aprender inglés para entender todos estos vídeos

[@BlueCliff72]

I came

[@jamesretreat]

fox club

[@AliJabbarKadhim]

cool