Prandtl's Mixing Length Theory | Turbulent Shear Stress | Turbulent Flow | Mixing Length Theory

[@professornidhitrivedi4412]

Watch turbulent flow playlist for better understanding 🙂 kzbin.info/aero/PLzz056xzvpUWp9MaToz1Dz1Q_2tE0945m

[@ByteWhirl]

you clear my problem of mixing length definition in very good manner . thank you

[@Gagandee937]

Before this, I have seen 10 video on other channels KZbin, but I did not understand, madam, I watched your video first time I understand whole concept.❤

[@professornidhitrivedi4412]

Thank you 😊..but keep practicing..next time prepare early for exams...all the best 🙂

[@sanjaybaiju4451]

you just made it look so simple .first i went to NPTEL and came here .thanx mam

[@professornidhitrivedi4412]

@Sanjay Baiju thank you...nice of you 🙂

[@learnereagle3527]

You are really incredible. You have explained the concept short and straight. I would recommend you to edit the title of video along with the number (Turbulent Flow - Part1 or 2) in a order to track the continuity. Additionally add the link of the previous video in the description for easy access.

[@professornidhitrivedi4412]

@Learner Eagle thank you so much 🙂...I ll do that changes...stay connected to channel 🙂

[@AnupKumar-zj1ne]

Wowww madam ji .... Ap to best teacher ho FM ki ... Maja aa gya ye concept aj smaj aya mujjee ....

[@shubhamvishwakarma5289]

Your learning of the idea is very nice

[@professornidhitrivedi4412]

Stay connected Subham 🙂 all the best for exam 🙂

[@ManishSinha-ow2nt]

Bohot accha explain kiya aap ne mam🎉🎉

[@professornidhitrivedi4412]

@Manish... achhe se exam Dena...do practice 🙂..All the best for exam 🙂

[@hassanrazabashir4284]

Excellent work 👍 keep it up from Pakistan

[@anuprash347]

Chumesori teaching 💓💓😘😘

[@magicmomn1279]

Guruji 🙏 Now I understand Prandtl mixing length ( it's amazing)

[@professornidhitrivedi4412]

@arvind Singh thank you 🙂 stay connected to channel 🙂 Do subscribe 🙂

[@affanahmedkhan7362]

Ary dada kia baap prhaya he bhtreen lecture madam bht bht shukria ❤️

[@professornidhitrivedi4412]

@Affan Ahmed Khan thank you 🙂 stay connected to channel 🙂 Do subscribe

[@manishasah4662]

Wow...very well explaination mam......thanku you so much ❣️

[@dharmendraraiswal2045]

You teach very well I had clear all my difficulties only because of you thnxx so much for teaching us

[@professornidhitrivedi4412]

@Dharmendra Raiswal thank you Dharmendra 🙂 nice of you 🙂 stay connected to channel 🙂 Do share and subscribe

[@AnupKumar-zj1ne]

Madam ji i m 100% sure .... No one can teach FM like you on youtube.... Your teaching abilty is excellent madam believe me ... I study FM from many teacher... My fav subject FM hai...

[@professornidhitrivedi4412]

Ty so much Anup...nice of u😃😇share this channel with your friends also...🙂🙂

[@AnupKumar-zj1ne]

Sure madam ji ... Thank you 😊😊

[@GorasCreations]

Thank you so much ma'am for providing me this great knowledge

[@professornidhitrivedi4412]

Nice of you 😊 stay connected

[@Gagandee937]

Thank you madam for this explanation

[@shahidlone4168]

Thanks for putting things in a very simple way...

[@professornidhitrivedi4412]

@shahid lone thank you 🙂 stay connected to channel 🙂 Do subscribe 🙂

[@sjmbeats1713]

You're efforts are wonderful mam❤️

[@professornidhitrivedi4412]

Thank you 🙂stay connected to channel 🙂

[@aakashsingh5288]

Wow after this video concept look to familiar

[@commonsensestudy3063]

You are very simple teacher without any doubt

[@professornidhitrivedi4412]

Thankyou Shubham ..stay connected to channel 🙂

[@07_shreyashbhosale38]

thank you so much ma'am , you teach better than our college professor 😊

[@shivmevish]

very nice thanku mam

[@musicwithamarvibhuti3176]

Thank you so much mam very nice. Thank you lot.

[@guninkumarnath4637]

your content so helpful mem.

[@professornidhitrivedi4412]

@Gunin Kumar nath thank you 🙂 stay connected to channel 🙂 Do subscribe

[@chaxupatel2986]

Good 👍

[@RASERIES]

Q4.The Prandtl mixing length is A) independent of shear stress. B) zero at the pipe wall. C) dependent on fluid viscosities. D) constant for all fluids.

[@RASERIES]

please answer

[@professornidhitrivedi4412]

@RA SERIES it's B...zero at pipe wall

[@HimadriDeka-qk1qt]

Super explanation Ma'am

[@nishantkumar4059]

best video on MLT

[@professornidhitrivedi4412]

@Nishant Kumar thank you 🙂 stay connected to channel 🙂 Do subscribe 🙂

[@NB-zj4yv]

Thank you so much Ma'am

[@imranhossainraju7510]

good efforts. my question is why u and v were considered as same though there is the possibility of difference in fluctuating velocity

[@Soumitrabid]

Doubts cleared..thanks mam🙏

[@professornidhitrivedi4412]

@Soumitra Bid thank you 🙂 stay connected to channel 🙂 Do subscribe

[@Thearefahemad]

Very helpful video

[@musarrafkhan9086]

Nice explanation thanks a lot mam I really appreciate your efforts

[@professornidhitrivedi4412]

@Musarraf Khan thank you 🙂 nice of you 🙂 stay connected to channel 🙂

[@nirbhaypratapsingh899]

Excellent mam.

[@professornidhitrivedi4412]

Nirbhay Pratap Singh ..stay connected to channel 🙂 Do subscribe and share

[@kaursingh637]

THANK U EXCELLENT VERY GOOD

[@nirbhaypratapsingh899]

Excellent way of teaching..... thanks mam

[@professornidhitrivedi4412]

Thank you nirbhay...stay connected to channel 🙂

[@sumitmishra5051]

Thanks mam 😊 Highly appreciated 🙏

[@professornidhitrivedi4412]

@sumit do subscribe and share🙂

[@missrathoresarttown9159]

Thank you mam for all videos. You take a lot of effort to explain to us. And it's results also very good... 😇❣️🙏🏻

[@professornidhitrivedi4412]

Miss Rathore's Art Town thank you 🙂 this words of appreciation is everything for me 🙂 stay connected to channel 🙂 All the best for exam 🙂

[@yogeshwarvaidya4142]

Best for understanding

[@dileepprajapati6909]

Very nice Ma'am

[@professornidhitrivedi4412]

@dileep Prajapati thank you 🙂 stay connected to channel 🙂 Do subscribe 🙂

[@muhammadzeeshan1752]

very good

[@hatim143]

Thanks ma'am

[@debashishtalukdar546]

Very nice to understand

[@shreerameswarmahadevmandir1662]

Superb Mam

[@professornidhitrivedi4412]

@Shree Rameshwar Mahadev Man... Thank you 🙂 stay connected to channel 🙂 Do subscribe

[@letseducate123]

You r great mam

[@c.17harshikamutha27]

thank you

[@review6518]

Make a video over numericals of turbulent flow

[@professornidhitrivedi4412]

I will upload very soon..stay connected to channel 🙂

[@commonsensestudy3063]

Very good teaching mam

[@naveendahiya5194]

What will be the prandtl's Equation for oblique shock wave and same for normal wave

[@GaneshSharmahello]

Nicely explained

[@yogeshwarvaidya4142]

Make video about Relaminarization.

[@deepakkumar-ws1yf]

Prandtl mixing length zero at the pipe wall . Please mam explain about it

[@mahesheditz660]

Thanks mam

[@ehrajmina8211]

Ma'am you teach very well And easily understood without any doubt but put the number of the lecturer because of that we could easily see.

[@professornidhitrivedi4412]

@LEHRAJ MINA...ok I will take care of this..I will give the number🙂

[@aashiish_sonker]

Give the link of the video in discription that u suggest to see.

[@professornidhitrivedi4412]

Yes sure I will put

[@subhajitbag5592]

Mam, if du/dy is the change in velocity in the y direction then, how u' ( fluctuation in the x - direction) equals to l*(du/dy)? u' should be the change in velocity in the x -direction. Bas yehi doubt tha. Baki mam you are doing a great job.

[@subhajitbag5592]

Aur v = l(du/dy) kese ho raha hai?? MAM please ye doubt clear kardo!

[@shoaibahmed8521]

❤❤❤❤

[@actionwithritvik21]

Thanks

[@mbglofi]

Thank you mam

[@professornidhitrivedi4412]

Be connected with channel 🙂 do share and subscribe 😊

[@surajpanday8090]

Mam Reynold ne flatuating velocity aur avg velocity ko add nahi kiye hai o to multiple kiye hai yahi nahi samjh aaya baaki sab to best tha please concept clear kar dijiye ek baar phir se

[@professornidhitrivedi4412]

@suraj very nice panday...can u tell me at which particular time of video u don't understand...I will give you brief explanation 🙂

[@surajpanday8090]

@@professornidhitrivedi4412 6:40- 7:0

[@shubhamvishwakarma5289]

And also video lecture short

[@shiddhantbasnet1841]

jyada fast hogaya mam.....anyway note pe copy karliya

[@mahendrajaroliya8956]

Mam please verify your youtube channel to add thumbnail in your videos B/c thumbnail attract the viewers So please

[@professornidhitrivedi4412]

@Mahendra Jaroliya thank you so much!! I will do it very soon 🙂 stay connected to channel...do share and subscribe 🙂

[@shivamvats3600]

Bacche nhi h hum XD

[@professornidhitrivedi4412]

@Shivam Vats 😀 yes yes... thank you 🙂 stay connected to channel 🙂 Do subscribe 🙂

[@shivamvats3600]

Actually, i saw this video to find out the Blasius equation and it's relation and i couldn't find it. Though, KUDOS to your cheerful attitude. 💯

[@professornidhitrivedi4412]

@Shivam Vats thank you shivam 🙂nice of you 🙂 stay connected to channel 🙂 Do subscribe 🙂

[@ARNAVFMX]

Tumko padana nahi ata ..tum pavika chainal ka vedio dekho

[@professornidhitrivedi4412]

@Dharmendra Kumar thank you so much for comment and sorry that u waste ur important time here..🙂 all the best

[@mathsk1081]

Unfortionaltely I do not understand you :(

[@satyam-pr9vm]

You are great mam

[@professornidhitrivedi4412]

@VISHAL GUPTA thank you 🙂 stay connected to channel 🙂 Do subscribe 🙂

[@killer37bb]

thanks

[@shahidmeir7379]

thank you maam

[@professornidhitrivedi4412]

Shahid Meir thank you 🙂 stay connected to channel 🙂 Do subscribe