Fluid Mechanics | Module 4 | Introduction to Fluid Dynamics (Lecture 26)

[@saurabhdubey7693]

thanks a lot sir....you are having genius technical skill ...all the topics taught my you ....clearing the concept up to 100℅ level...thanks for gate academy

[@mnyogi9313]

sir aap boht achha explain krte ho 1st time bernoulli Eqn itne ache se samaj aya or FM pdne ka mn kiya....Thanks sir plz civil ke baki subjects upload kijiye

[@madhamanish8959]

Awesome lecture sir .🎉 You outperformed our college professor

[@nevergiveup7804]

it s nice to see u sir for giving we people the best knowledge ...how can we people tank u ...

[@AbdulSamad-xr7sb]

very nice method of teaching, good work, i appreciate this. these lec r very helpfull for me

[@Sarojsmile_0476]

Mind blowing Sir... Maaja aa gaya padhkar.. 🌷🌷🌷🌷🌷

[@alaudeenali3638]

Never understood eguations. U made it so easy to understand. Thank u sir

[@jaypatel7632]

Awesome👏✊👍.. Wonderful✨😍...

[@harshitaojha9134]

Thanku sir🙏 aap bahut accha padhate h🙂

[@neerajkumarmath.7250]

Sir aap bahut achi fluid dynamics pdaye h. Thanx sir for this nice video.

[@Sync_N_Tune]

Sir...You are Amazing 👍👍🙏🏻.. Loved Your lectures.

[@Erchandrottam]

Thanks a lot gate academy team

[@suheldevsingh1315]

Best teacher ever

[@Shubham_yadav02]

best fm teacher of ever

[@vivektripathi6762]

Superb patiencce and clearity

[@rajusharma-wj2ys]

Sir there are mainly 6 forces acting on a fluid - G, P, V, T, C and Sigma (Surface tension force)

[@ritubonkonwar8412]

Sir 27 no video upload plz

[@AZ-oo3fd]

Awesome sir,but the camera should focus on board properly to watch the written all the topics properly.

[@VISHNUSINGHGREATERNOIDA]

Sir please upload the vedio for the derivation of bernoullis theoram.

[@md.shafiullahkhan7896]

The water transport in tide is a part of tidal volume of an hour or per cycle .

[@annela128]

you deserve millions likes

[@extremelearning3113]

very good explanation

[@Mkumarcpy]

Excellent job!!!👍

[@mohamedelbakai2876]

Pls can you help me i need report about this video

[@maliwad01]

Thank you sir❤❤

[@RahulJain-ls5st]

Sir, along with University Questions , cover GATE and IES (Conv.) Qs. also.....Please

[@artistic-v8411]

Rahul Jain I always do this u must notice dear...

[@artistic-v8411]

Rahul Jain I will try to add more..

[@avanisoni5517]

Perfect teaching

[@Lalitakumari-pi2vq]

Thank you sir you have helped me alot. Thank you very much....

[@naveenkumargujjar8923]

Thank you sir. .☺☺☺☺☺

[@conceptsfromthedark972]

Sir videos are too good but lecture 27 and lecture 30 is not available please add them too😊

[@umabhavanisanthari7366]

Miraculous ❤

[@akashmuniya6226]

Bahut shandar 🙏

[@akshay.s]

Bahut achha padhaya guruji aapne

[@dearzindagi9368]

Nice explanation sir

[@soubhagya_biral]

It is very helpful sir thank u!!!

[@sanaullahwarraich7925]

Good job sir.

[@Sachinkumar-pg9hl]

Sir fabulous study style,plzz make some course on thermodynamics

[@giteshkarivdekar6252]

Thnks sir ur videos have helped me alot.

[@rajgosai6462]

Thank you very much Sir...

[@dheeraj.pdheeraj8964]

sir ur lecture is good and understood.

[@mohantapranay]

Thank you somuch sir...ur videos are really valuable for us...

[@prasoonsaurabh2502]

Sir spark timing and combustion rate should be -at peak pressure occurs at TDC or half of the peak pressure occurs at TDC please reply...

[@smritipatra9222]

Thanks☺️

[@ananthu62]

The change in velocity w.r.t time - easy to understand. But my intuition says, dv/ds being "not equal to 0" is possible only for viscous and turbulent flows. Or if the pipe is curved?

[@devorajtaw4212]

Is this only for mechanical engineering or also helpful for civil engineering FM????

[@shazibaloch74]

Amazing skill, sir u keep.

[@sayankormi8835]

God sir❤

[@arifzikriya8839]

Excellent 👍

[@sanjivanishrangare1246]

Sir, first very helpful lecture for dynamic but one have query this video didn't not clear for white board what is right about you??? So please clear camera for shooting actually write up kuch clear dikha nhi rha hai sir jab app next video Dale tab Clearitiy check kijeye please I really glad to teaching

[@mohitgodara2650]

Thankyou so much for Bullet proof concept✌️✌️

[@adityapadhihari42]

Bagdi tu!!🤣🤣

[@veritywolfe960]

Understanding the mechanics of fluids is made harder when you cannot understand the language used to explain it. It would be better to present your lecture in your best language, and add subtitles or a voice over for english speakers. This comment is not posted in hate, nor as a criticism of the work shown, it is merely a comment on teaching method.

[@gmeena1]

Sir ji, Concepts to ekdum clear ho jate h. It would be better if some more short application based questions are inserted in the videos- Concepts ekdum pakka jo jata h usse

[@crazyahana]

Sir lecture 27 fm not available ( bernouli eqn)

[@nareshkumarkadapa8992]

excellent sir

[@ANUJKUMAR-rt3mo]

Thankuy so much sir 🙏🙏🙏🙏🙏🙏

[@shersinghbahadur7924]

Thanks sir bhot intijar krna pda

[@chandankumar-gl5yc]

Sir why we consider cylindrical element? Can we consider any shape for fluid element??

[@priyankashah479]

Thanku again..

[@Itz_sheev]

Sir bernouli equation wali video nahi h playlist m Plzzz upload that video

[@vishalbagul6253]

In this video he didn't explained a lot of things and directly reached to conclusions.i mean he did wrote the steps but didn't explain them. Well I hope other videos are better

[@AbhishekPritam10862]

Same here brother...his method is just the Xerox copy of RK Bansal....

[@avinashjain1454]

Thanks a lot sir!!!

[@arjunpandit3307]

Lot of thanks sir

[@brijeshsingh1678]

Excellent sir..... 👍

[@ashishyadav1035]

Thanks again sir

[@saurabhghogare6798]

Sir , what about surface tension ??? This force also act over the fluid...

[@saurabhghogare6798]

@yashdeep neema hi yashdeep, thanks for replying...... many forces acting on moving fluid but not all of them obeying Newton's law....as suface tension is intermolecular Force phenomenon same as that of viscosity but here we consider viscosity not the surface tension...in some references they also count force due to the surface tension....but they not mention how it will affect the flow??

[@BrokenHeart-qh5ex]

sir,where is next class? i can not find bournolis equation class

[@ghumakkadshastra..ajourney3762]

Awesome

[@Kp-hm3ef]

What about navier stokes and reynolds law sir?? U didn't explained it

[@-FarzanaShabir]

I am not able to find lecture 27

[@mr.creater7140]

Sir, practically what is the difference between convective acceleration and local acceleration?

[@mechanicallife6907]

Is it valid for irrotational flow?

[@siddhantdevrahi3270]

Very beneficial

[@anilkumartadikonda]

Thank you sir.

[@Aamiralydahani]

Why you have removed your Bernoulli's equation video plz upload again😢

[@PrinceKumar-rn1pf]

Thank you Vary much sir

[@swarnadipmukherjee7201]

Thank you

[@mohitkushwaha8974]

Sir, if in eulers equation flow is inviscid, then how it can be laminar, as laminar defines viscosity, so point no 1 and point no 4 in eulers is violating, pls explain

[@paryantshah1141]

Nice Quality

[@DibendhuGhosh]

Lecture no 27 ko please re-upload ki jia wo avi iss playlist ma nahi ha.

[@GamingLSIndianYoutuber]

Sir please find the lecture 27...there is no lecture between lecture 26 and 28

[@SANJAYKUMAR-do2yl]

sir Next lecture is not available your channel

[@parikshitkori208]

Sir I have question for acceleration expansion please explain

[@roshnikshashky5827]

Asalam o alaikum .. sir ur lectrs are very nice .. if u have statistical approches or frequency function (s(w) ) and statistical analysis( corrletion ...mean .. S.D) plz give me that data

[@sudiptabepari3290]

Awsome sir

[@nareshkumarkadapa8992]

nice explanation

[@dhawalgawande0918]

Sir what is the difference between pressure force and Force due to compressibility ? Aren't they same?

[@shersinghbahadur7924]

Thanks u so much sirrrrr..

[@arifintzar3445]

Thanks

[@santoshsahu1628]

bAhut achha sir

[@vineetbadekar1112]

Thankyou

[@PunitSinghstudy]

pressure force agar jyada hoga opposite direction me to flow kaise hoga

[@rakeshmeena6753]

Sir steady fluid k flow continuous hota h ya in continuous

[@VISHNUSINGHGREATERNOIDA]

Please upload vedio lecture no 27

[@hiphop09890]

Question K liye 1 ya 2 hour video upload kijye

[@theedit9028]

9:50 euiler quation

[@chandanasahitya4057]

What is the name of the book you follow? Do you have the soft copy of the book?

[@nashlia05]

Sir plz, exact solutions of navier stoke equations ko bhi ek bar define kr dijiyee

[@kalusinghchouhan9379]

Sir what about navier stokes equation?

[@Abhi.813-v5r]

Where is lecture 27 and 28 please provide me ❤

[@harshtiwari2749]

Fluid machines lecture -27 ????