Boundary Layer Theory - Introduction

[@TutorialsPoint_]

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[@d61sahilthakur57]

The sir has ability to make the concept understandable with lesser words and deep explanation

[@shishirhossain1767]

Its amazing for a student like me with no previous Fluid mechanics notion. Thanks a lot :)

[@debasishmahanta8416]

One of the best explanation of the basics of 'Boundary Layer Theory' .

[@TheMrasimqureshi]

Superb explanation of the 'No slip condition' which has bedevilled me for years. Super super explanation.

[@lockon3001]

Thank you sir. Very clear and informative.

[@engrfawadiqbalkhan786]

Highly appreciated ,you have good teaching skills.

[@sai18393]

thank you, sir, it is a wonderful explanation. thank you so much, keep it up and God bless you. if possible explain the boundary conditions for various fluid flows(wind for example) .... again, thank you so much !!!

[@Bananasforthesoul]

very clear video, thank you for your explanations

[@basicmaths8026]

@Tutorailspoint Appreciated and well explained in such a short interval.

[@machillato9369]

the best explanation ever

[@chinnikrishna5997]

Understand easily, thank you sir

[@IrfanNasir]

Your lectures are the best sir

[@joshuaaigbedion1366]

Oil with Um = 3.0m/s flows over a flat plate 2.0m wide and 2m long. Determine the Boundary layer thickness & shear stress at mid-length of the plate

[@gelomelo3426]

Thank you so much. Very clear explanation 👌 👏 👍 🌹🌹🌹🌹

[@ashoknunavath2099]

Tq so much for the concept sir❤

[@gabrielvinicius9855]

Thanks for the very clear explanation Sir - appreciate that!

[@adeshmeshram5970]

Thank you sir ..
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[@gelomelo3426]

I really appreciate you for this clear explanation. It was great 💗💗💗

[@chadakarnsirasitthichoke9359]

Very good explanation and this is very clear

[@syabongajele6431]

ONE WORD : EXCELLENT

[@satheeshs894]

In fluid flow, which place has a maximum shear stresses,at solid surface or at boundary layer thickness

[@Ian-pg4rz]

Epic sir. Massive legend sir

[@MaxisStillLiving]

Wow sir thank you sir, explanation v good.

[@bhargav7136]

Boundary layer depends on velocity of gradient

[@rana660745]

Bhot acha padhate hai sir.....

[@ritikawasthi8787]

Thankyou soo much sir🙏

[@zomuanpuiasailo5523]

Very clear explanation

[@sasankh7438]

🙏 Wow thank you so much

[@sivagowdakondeti6423]

U are explained excellent

[@keyvanesmaeili7684]

amazing!

[@jonathancastro4926]

Why is there a velocity gradient? I understand that the fluid velocity at the surface is zero but right above the surface why does it behave parabolic and not immediately go back to free stream? Does the velocity of the fluid at the surface affect the velocity right above the surface is that why?

[@hrkalita159]

Yes it affects

[@tadikondarajesh2622]

Very nice

[@gen_zzz]

very helpful

[@TheMrasimqureshi]

Unfortunately, the tutors in England, the major European country, cannot explain anything properly. Their speciality is to make extremely complicated anything which is very simple in real life. And this is happening in major universities in England.

[@shivasmart967]

tnq sir😀

[@rohitkumar-wu8hc]

V nice helpful video

[@mohammadzohaib4756]

Thank you sir love from pakistan 🇵🇰 ❤️❤️

[@aliabdlaziz1513]

Very good sir

[@luckytheaspirant2301]

Wow sir nice explanation

[@principalgdec7095]

nice explanation sir

[@Erkuldeeppal]

Sir full playlist ka link share krna please

[@hokalos]

thank u mister

[@nipun9547]

thanks

[@patiencediana6853]

So good

[@surajsumbria8810]

Chapmanm layer formation theory ka link hai koi??

[@rajaduraiv1662]

thank u sir

[@joshuaaigbedion1366]

Please help me with this

[@rajeshmanepalli219]

Pls speak loudly sir

[@civilanboy8821]

Aapka voice smjh m hi nhi aata hai guru ji

[@arpitaroy3119]

Thank you sir