Fluid Mechanics | Module 5 | Fluid Flow I Boundary Layer Theory | Part 4 (Lecture 50)

[@akyd1999]

Thank you Gate Academy and Venugopal Sir for creating such lectures to help students who are preparing on their own. I wish you will cover major subjects before gate19. 😊

[@kushagrak960]

GATE ACADEMY PLUS shared it sir and thank you 😊

[@udbhawsandilya3007]

What a great teacher and amazing person u r sir🙏🙏🙏 Never felt like these r online classes Thank you sir 🙏

[@ankitkat1]

Extremely helpful... thank you Venugopal sir.

[@shashankhansraj8197]

It's really great help to all students, a great step which is really appreciable. A very big thanks to Venugopal Sir, thank you Sir..thanks a lot🤗

[@yogendrameena1785]

SIR APKE MODULE DEKHR MJA A GYA ...EVERYTHING IS CLEAR FROM YOUR STUDYING METHOD

[@rishiamoriya2485]

Best teacher i have ever seen...with this typ of conceptual knowledge...thank you sir....

[@yantrikvkg2023]

Venugopal sir i'm ur fan seriously ur way of teaching aur jiss tarike se aap concept clear krte hain thanku sir ....u r great..🙌🙌

[@souravkumarsingh9964]

AT 40:50 sir, by mistake you have taken (Re to the power 1/5 instead of 1/2 for laminar flow). And thanks a lot sir for such lectures.

[@artistic-v8411]

Thanks that happens in flow of writing... We are greatfull for ur attention

[@souravkumarsingh9964]

Didn't expected reply as video was uploaded very earlier.. I am overwhelmed sir that you are attending us now too.. thank you sir!

[@artistic-v8411]

No issues dear I am always with my students

[@AruNVermA-ci7rj]

👌👌👌👌👌👌👌👌👌👌👌👌👌👌👌👌bahut hi achhhha padhate hai Bt kahi 2 kuch choti 2 galtiya hai Gltia hoti hai bt na ho to jyda achhha hai Baaaki sab excellent 👍👍👍👍👍👍 Thank you sir 🙏🙏🙏

[@ImranAnsari-hd1zn]

Thankx... Now waiting for SOM live classes

[@deepakprakash5546]

Best platform for fluid mechanics

[@chandanbile5816]

Your teaching is best❣️ I don't need any tuition from now on.

[@artistic-v8411]

Dear Students Thermo Ke lecture 1 2 days me aajenge

[@Sachinkumar-pg9hl]

Eagerly waiting for thermo lecture

[@dishankshah5080]

Okk sir thank you

[@dishankshah5080]

Sir wo forced on curved and inclined surface pe kuchh aur examples upload kar dijiye.thoda tough lag raha hai

[@rakeshmahto4927]

Sir , open channel flow ke lectures kab tak ayega...

[@greatlearning9227]

hello sir, pz material science ke bhi videos banavo

[@menexshimpi220]

Bohot badhiya Mehenat H aapki

[@Pawanbishnoi_]

In second example When we calculate tarbulent flow in drag force Why we take in AB region 5×10^5 While we assume this flow is tarbulent

[@crackit4444]

It's a great help for those who are prep. self. Thanks a lot VG sir

[@raorajesh9582]

Thanks sir;Nice Explained

[@saurabhpal7457]

Best teacher for fm🙏🙏

[@itsme__moiz]

Thanks for saving my Course ❤️❤️

[@manavt2000]

Sir please make a video on similarity in fluid mechanics (geometrical similarity, dynamic similarity, etc)

[@aman_parihar]

Sir, please upload Further videos of FM-2, Only unit-1 has covered till. Please. Upload lectures of other units also in FM-2. Thank you your videos are very helpful.

[@kirandeepsingh9279]

are waah sir kya pdhaaya h aapne.. jabardast

[@prathameshj994]

hats off sir forpulling it off so eASILY

[@tusharkumarkumawat8741]

A smooth flat plate with a sharp leading edge is placed along a gas stream flowing at U = 10 m / s. The thickness of the boundary layer at section r -s is 10 mm , the breadth of the plate is 1 m (into the paper) and the density of the gas r = 1.0 kg/ m3 . Assume that the boundary layer is thin, two-dimensional, and follows a linear velocity distribution, the height from plate. u = U (y / d) , at the section r-s, where y is Q. 44 The mass flow rate (in kg/ s) across the section q - ris (A) zero (B) 0.05 (C) 0.10 (D) 0.15 Q. 45 The integrated drag force (in N) on the plate, between p-s, is (A) 0.67 (B) 0.33 (C) 0.17 (D) zero

[@tusharkumarkumawat8741]

This question I found from previous year gate paper but while calculating the drag force in solution they got T0 =0 but not in my case

[@tps8470]

Amazing

[@chandrashekharhindu9433]

Ur explanation VG sir 😍😍😍😍😍😍👌👌👌👌👌

[@Raushankumar-ko2kz]

This is helpful for mains

[@rv-rp8qc]

Sir your lecture style is very useful & fantastic,thank u sir...

[@marlaumamaheswararao4443]

Thank you sir, Superb lecture on boundary layer theory

[@varunkhadake7990]

These explanations are really helpful! Thank you so much!! 🙏🙏🙏

[@antrishsingh6856]

You are the best Sir 😊

[@jaypatel7632]

Awesome👏✊👍...

[@deepakpunawat4941]

Thanku thanku so much sir😇😊🥰❤️

[@subhasissinharoy6545]

Very helpful lecture... Thank you Venugopal Sir....

[@nazimsintensivecare688]

A lot of thanks ❤️ From:🇧🇩

[@rahulroushanjha]

Thanks sir...Ab ki bari thrmo ki

[@kathanpatel6862]

Wonderful.

[@shubhamgurav9194]

Class😎😎👍👍🔥🔥

[@piyushvashist5636]

Completed fluid by viewing every lecture. You are phenomenal @Venugopal Sir. You are simply brilliant. Thanks for such course GATE ACADEMY.

[@paruldhiman6927]

at 41:13 the power of Re is 1/2 not 1/5

[@learnandshine1023]

sir please upload remaining part of fluid machines as it is incomplete from months..... would lectures be uploaded in upcoming days or we need to switch to someone else for rest of the things. Please confirm.

[@RajendraKumar-jb4qz]

You have taught awasome sir

[@bodanaveen3998]

thank u sir for giving subject to all

[@shreyarathore0412]

Thank u so much sir for your efforts🙏

[@maliwad01]

Thank you sir❤🙏

[@AnkushSingh-kj1zl]

You are to good sir , Nice explanation , keep it up sir time mile to previous gate k paper discuss krna

[@nikhilmishra3258]

Love, u sir apki vajah se mera exam clear

[@Anisa78637]

Konsa exam

[@sarika7468]

Thank you very much sir

[@sayanchakraborty2411]

Thank you sir 😊 great❤️

[@ankitanjan4067]

Great work sir.......awsome teaching style as well to the point for competitive exam ..thanks alot sir

[@ambikalandge8970]

Thank uh sir😊

[@shoravagrawal1146]

You have good teaching skill sir

[@enduranceimit345_-4]

You are great sir

[@liukang7617]

done sir, you taught fabulous

[@sourabhdesai2108]

Sir plz... Open channel flow ke lectures ligiye bohot imporant topic hein as civil engg... Plz kindly request

[@sagarkapadiya946]

# IMP Concept: Boundary Layer Separation : 59:35

[@shubhamsawant7197]

Very nice lecture sir all concept are clear thx

[@maharudrashinde07]

Good lecture sir !! Waiting for TD

[@cskknowledgeallinone698]

aaj smj aaya he bl separation a lot.of tnx..sir ji...

[@adarsh1047]

Woww sir....what an explanation!!!

[@marianoorhussain2070]

Please give lecture on boundry layer control by continuous suction and blowing or give some guide line about this

[@riteshverse1]

You are awesome...... Watched whole 50 lecture ☺️

[@mohammadwasiqnawaz4422]

Sir plz make a video on Strength Of Materal also...

[@TechofWorld]

Super 💝

[@akshaykshirsagar9229]

Sir you are very clever. 🙌

[@alihamid272]

Can someone tell me that how the area of fluid reduced?? In boundary layer separation when the fluid comes in contact with the curved surface.

[@anujkurumkar1762]

You said whenever Velocity will decrease (or pressure will increase), that is the point of boundary layer separation. But it might be a case where Velocity got decreased but still it is large enough to overcome the frictional resistance, then how come we can say boundary layer is separated? Plz explain

[@mauryavanshidevansh1403]

Thank you so much sir.. Very very much helpful your all videos for me.. Thakyou sir

[@er_shubham_ragad3303]

Thanku sir.

[@shubhamgurav9194]

Superb 👍👍🔥🔥

[@dailylife4.3m2]

Thanks u sir ,,,,just keep working ,,,,

[@vijaybadgujar5576]

Thanks a lot for videos sir.. Really appreciate your efforts. Keep it up Could you please upload the videos for fluid flow across the submerged bodies. That would be a great help. If already uploaded could you please share the link.

[@pradeepmukul]

Tremendous

[@pradip0412]

Sir, When flate plate is inclined at some angle, so changes in drag force will be occurs or not or similar to that of when plate is horizontal.

[@jaypatel7632]

At 53:26 Rex hoga instead of Rel..

[@shubhamgurav9194]

Kdk👍👍🔥🔥

[@shreepadbalak6012]

Sir fluidization ke concept kab lenge

[@abhirammv6260]

Superb lecture. Crisp!!

[@kkjaiswal3032]

One of the best lecture i have watched on KZbin so far. Thanks, hope you will discuss gate problems as well

[@viveksrivastava4856]

Thanq sir......😊

[@swapnilchavanda8048]

Please share the formula of boundary layer thickness for laminar and turbulent pipe flow

[@phassangtagi]

Kindly provide links for hidden videos🙏

[@suhailnisar20]

Eagerly waiting for ocf

[@sivakiran1262]

Thankyou

[@sonalikshirsagar9323]

Plzzzz Sir, Make a video lecture on FORCES ON SUBMERGED BODY....

[@zaahee5760]

Nice,, plx sir thodssay ese ki numericals b krwayee plccc

[@dixitsingh7730]

Sir please upload numerical based videos also

[@moolayogireddy5087]

Thanks alot sir

[@Sachinkumar-pg9hl]

Sir rapidly thermodynamics complete krwa do Mai totally aapke lecture pe dependent hu.

[@artistic-v8411]

sachin kumar rapidly possible nahi hai sachin.. Ha but speed up kar sakta hu.

[@Sachinkumar-pg9hl]

I also want to se speed up kro sir👍

[@Sachinkumar-pg9hl]

I can understand that ur schedule is too busy

[@manishshukla4289]

thank you

[@mathisfun2513]

Awesome sir

[@pravingaikwad1337]

Reynolds no for turbulent flow from a to b 500000 q liya.... Calculate bhi kr sakte hai na taking L=0.4?

[@ashishyadav1035]

Thanks alot sir ...

[@shaikshahid2641]

Thanku sir

[@yantrikvkg2023]

Thank you so much sir....

[@princeraja3215]

great lecture sir, keep it up

[@tinkuji4040]

Sir drag force in ab of turbulent flow Jo calculate kiye hai wha average drag coefficient q le rhe hai...x1 length ke liye to local drag coefficient Lena hoga naa...pls clear my doubt

[@ujjwaldeep5175]

I have the same doubt, can you help me??

[@oliesting4921]

please cover pumps, npsh etc. Thanks!

[@niladride7219]

sir flow separation ke problems ki video banaye .