Effect of Pressure gradient on boundary layer seperation

Effect of pressure gradient on boundary layer seperation

[@pavanballa7997]

I have seen many tutorials about BL separation, but explanation by you is the best

[@joyia.1]

I can understand your struggle but you are an angel for us and our prayers are always with you.

[@alimbahadur7278]

Thank u sir
Ur explanation is very good
I watched ur all FM videos
Now all my concepts are clear.
Best of luck for ur channel keep teaching us

[@amankumar-kw3xs]

sir, I must say you are the best tutor I have ever seen on youtube. I am also going to be a professor soon in college. I am definitely going to follow you.

[@dexterminator8043]

well explained sir! colleges need professors like you and not like other techers who just read from notes and try to pretend it that they are teaching.GOOD LUCK FOR YOUR CHANNEL SIR :)

[@parthgajjar6254]

Keep in up sir
Your all videos are useful for me .

[@realkanavdhawan]

Bhai du/dy find karne Mai apne dy ke liye x direction ka gradient le Lia Hai... Two fluids layer unit distance apart Hai in y direction par apne x direction Mai unko apart kar dia Hai.....

[@suchitraskitchen9749]

Your simplicity is awesome

[@sarthakroy5292]

U will get views
Because the teacher in india are awesome 😎

[@him31anshu]

This is the best video on flow separation.

[@ajeetsharma8188]

Thanks sir for giving best concept on boundary layer secretion
🙏🏼🙏🏼👍

[@atultripathi6585]

Well explained!!!.Sir wish you all the best👍

[@AkashSharma-wl1wx]

Sir you have written velocity gradient 0 at 'S' point but in figure you are showing some velocity gradient....how is this possible sir?

[@e-skills2120]

Sir I cannot understand one thing
You are saying du/dy but it is looking like you are taking du/dx
Can you please explain my doubt

[@farhansamad4831]

Sir your videos are awesome...really helped me before my exam.night☺️

[@prashantkumar-tg1wv]

Super explanation sir Mera ek ek doubt clear hain boundary layer separation ko lekar

[@rjkumar7352]

Question
Sir
At what value of a Y from the boundary layer (du/dy)=0
and (dp/dx)=0
In an another video i see at Y=0 (du/dy)=0 but the concept given by you make this statement false
Waiting for your reply
Clarify my concept

[@shreerameswarmahadevmandir1662]

Perfect explanation great Sir

[@129_darshanshirsath9]

Sir baju vali fluid layers recover nahi karta hai matlab uske upar vali layer ya uski baju vali velocity gradient ki layer

[@sajjadahmed9772]

you were explained very well thank you sir.

[@tanayjyotigogoi616]

I have a question sir please help me out.
Boundary layer seperation is caused by -
a) adverse pressure gradient
b) reduction of pressure gradient to zero
c) boundary layer thickness reducing to zero.

[@baruahsarthak_]

Superb explanation.

[@prakharsingh1999]

Great explanation sir thank you

[@prashantbisht9884]

Sir blr main to bermaoulli lgti ni hai
Fir p and v ka relation kaise nikala ?

[@shantanuchakraborty2920]

Very good explanation sir..

[@manojitsingh6414]

I have one confusion why velocity remains same at C and S point but pressure is different
(You said that pressure increases then velocity decreases)
Please reply
Thank you

[@PranavKumar025]

Thank you sir for consept clearing lecture. 🙏

[@kamlesharya1561]

Great👍

[@gagandeepsinghdeol_21]

Awesome Explanation Sir👍👍

[@shubhamkushwah8050]

Nice explained Sir ❤️

[@medhas5052]

Lovely explanation

[@aloktrivedi3285]

How the velocity flow direction get reversed 🤔🤔🤔🤔

[@factfenz7032]

Thank you sir your way of studying is superb

[@marianoorhussain2070]

Availble area increase hny sy pressure kesy increase kr rha hai.🤔 jbk.in mn to.inverse relation h guide plz

[@Petlove755]

HMT ka kab lecture kab se banega sir plzz information de dijiye ga ga sir

[@pradeepkumar-gt6ke]

Very very hard work and great work

[@abhipatil1]

Excellent

[@JK-ql2yp]

Sir Ur videos are the best ,can u explain about coanda effect

[@subhamchakraborty8162]

Sir jis point pe velocity aur pressure gradient dono hi 0 he us point me boundary layer kya separate hojayegi ya hona start karegi?And is it possible that velocity and pressure gradient becomes 0 at diff points?

[@kaifikhans]

Hona start kregi bro

[@travelmania4095]

sir ji pranam apko, thank you samjhane ke liye

[@Amitsahu-oc9rz]

AAP bhuat aacha explain karte hain sir

[@misha3837]

Very nice video

[@varunagarwal6593]

sir aap bht mast pdaate h .. smj rhe h ... :)

[@mr_hope07]

Good onle sirji

[@Civilsumit11]

Excellent sir...

[@nishantkumar5380]

Sir please explain clearity of wave equations c=√(gy1)

[@namrasshanavas7684]

What do u mean by area reduction

[@priyalchaturvedi6416]

Thankyou so much sir👍👍well explained

[@seemabhatti2929]

Sir other 8 ku likha 5 se Kum nahe likhna tha

[@AmanVerma-rc2pq]

sir ji please....heat transfer operation par...video banao...please....main aapki sari videos dekhta hu....mujhe iocl ka exam dena hai....november me

[@priya1709.-___]

Magnus effect ka video upload kr dijiye

[@संदीप-व7ढ]

Thanks
Very helpful

[@navjeetsingh5771]

Can u provide lecture in drag and lift

[@techvirendra0254]

Very helpful lecture
Thank you sir

[@vaishalinavale7201]

Best

[@the_best11111]

Thanks for your videos

[@sufyanshaikh2125]

Very nice

[@sajjadahmed9772]

from Pakistan love indian teachers

[@SaifulIslam-lu7rp]

Super

[@atulsachan240]

Sir, please make a vedio explain the development of boundary layer flow in pipe

[@chanderveersingh7630]

clear hogya?

[@SaifulIslam-lu7rp]

U should supply a complete cource for more views

[@shubam2011]

Good work

[@WarriorSubhransu7]

Thanks sirji ❤❤❤

[@tanayjyotigogoi616]

Boundary layer seperation occurs when
a) pressure reaches a minimum
b) cross section of the channel is reduced

[@chethanshettybettadapura7085]

Ultimate

[@gagandeepsinghdeol_21]

I understood the whole concept

[@MrSwapnilnikam28]

Thank You sir very useful

[@Mr._Bean.]

20:00 to 25:00 excellent.. that's what I wanted ❤

[@sunilkohale3506]

Thank you sir

[@shahzebfarooq1256]

love u ho gaya sir

[@somkanskar8931]

You were telling du/dy >0 between two adjacent layer but that has to be taken on the same section... How can u compare that by taking two different section.. I think that is conceptually wrong

[@Rajgupta-gm3df]

Bro everything is alright.......i think, there is no need to compare velocities of two different section..

[@Tehseennsr]

Thankyou Sir

[@muzamelpamir4336]

Sir try to keep your videos as short as possible your explanation in good but too much of anything is not good it leads to bad concentration and becomes boring.

[@AKHILESHKUMAR-sf1yz]

🙏🙏🙏🙏

[@chaitanyathoram6366]

thank you for clear explanation

[@vikasagrahari7817]

Sir when area is increase then pressure decrees but according to your explanation area is increase then pressure increase.how.....

[@SuryaSurya-ei8ic]

sir upload heat transfer videos chapter wise tq

[@muhammadsohaib681]

Thank you

[@ajitdaphal8140]

Thanks sir

[@suryan4810]

Sir SD classes lo na please

[@trineshyadav4379]

Tq sir

[@kaifikhans]

Thanku so much

[@milanpajiyar3850]

tqqq sir

[@ankitdmr]

Du/dy or du/dx

[@pawankumar-hh8iu]

dimag kharab ho jata hai jb ek hi bat bar bar dohrane pr

[@tejasbauskar764]

damn informative!

[@nasamajhdil5682]

Bhai ulta kr rhe ho

[@pawankumar-hh8iu]

sir ek hi bat Kyo bar bar dohrate hai.dimag kharab ho jata hai

[@muzamelpamir4336]

Thank you sir