Mod-27 Lec-27 Fluid Flow Applications Part - VI

[@shubhamwr]

Pitot pronunciation was also helpful lol. Our sir's pronunciation used to sound like peacock tube

[@harindamodara1232]

1:15 5:05 , 😎16:48😎, 21:21, 24:08 specific level 😀, Ex1 34:25 -36:00 ; Ex2 44:21 55:26 sir time travelled by 10 years. S1-3> 55:41,56:41,57:41

[@sagarthakor9840]

😂

[@ohseriously5926]

May live long sir

[@harindamodara1232]

Unfortunately he's no more 😭

[@abhaysingh3951]

​@@harindamodara1232he will live in hearts for his knowledge and simplicity❤

[@MrIES2026]

2 yrs later after you commented.. the sir was found dead on his toilet seat.. he was trying to study the turbulent whirpool flow everytime when we flush aur stools.

[@yashchaudhary383]

awesome lecture

[@dhaval326]

Sir can we say that in isentropic flow is stagnation pressure remain constant but in case of adiabatic flow stagnation pressure may or may not remain constant ..

[@rahulsaini3259]

At 31:31 Cc = Ac/A0. Som sir mentioned reciprocal of it by mistake. But its obvious and taken care of in next step.

[@mayureshkathe8311]

correct dude !

[@dheerendrapratapsingh7090]

i like nptel content

[@navjeetsingh5771]

I think great explanation

[@VIJAYKUMAR-ic5jb]

Supper job sir

[@haoyujiang155]

In example one, the actual V and the theoretical V is reversed. Actual V should be larger.

[@himanshu.g345]

It should be.. But in reality directional velocity fluctuations increases reading of pitot tube...

[@PrateekSharma016]

pressure, stagnation pressure

[@prakharmishra3726]

Great

[@AshokKumar-pe1mz]

superb

[@sahilgajbhiye0656]

ty very much sir

[@ankursrivastava9074]

3:15 well 😀😀

[@himanshubarsinge9106]

orifice and mouthpiece 24:25

[@sahilrajeshgajbhiye4968]

Ty very much sir