Cavitation in pumps

[@koushikvs7928]

The way u explaining concept was fantastic 👍

[@akashgohel5375]

I am fan of your teaching...

[@sambhavkharel9194]

So lucid explanation.. Thank you so much sir!

[@karthikk2296]

Very neatly and correctly explained, Thank you

[@ImranShaikh-kl7mj]

Great explanation, Thankyou

[@savanivivek2413]

Very very good explain bro:-!👍

[@Karnati234]

Thank you Sir nice explanation

[@varunkumarjha9182]

Very very good explaination sir thanks

[@ashishdubey9990]

Nicely explained

[@chittichannel9442]

Non mech engineers students can easily understood ur explanation sir, plz explain churning in pumps

[@mahmoudgowhar1171]

Awsome explanation ,thanks sir

[@inayatullahkhan9065]

Amazing explanation...........

[@samimmolla9923]

Thanks thanks thanks sir..... Ur explanations really marvellous....Sir if u provide mathematical derivation with it will be much more better...I have seen a video of draft tube of urs with mathematical derivation it's different from all other videos... Like that if you provide mathematical derivation it will be very helpful for all students... Also please sir don't forget my request about (NPSH)A AND (NPSH)R with derivation ... maximum suction lift with derivation

[@RahulKumar-wq4mp]

Pressure at inlet of pipe won't be below atmospheric pressure. Apart from it really a nice explanation.

[@Dr.AmitMandal]

At the inlet of pump it has to be less than atmospheric.

[@samimmolla9923]

Can you please elaborate NPSH available and NPSH required also what is the difference between them??

[@pvnprasad1747]

Good explanation

[@TheTopnotchEngr]

Great explanation! Thanks!

[@h17s10n]

Very good thank you

[@sreekanthreddybattula9979]

Great explaination

[@vishalpathak5943]

can you explain minutely how that shock wave is created? Thank you

[@bhaskarvarun4428]

Sir plz make video on axial flow compressor.

[@towhidimran8018]

👌👌👌👌👌👌👌👌

[@jagannatham6290]

Excellent sir

[@dhanashreebarde3906]

Sir plz upload submersible pump and regenerative pump .........plzz

[@Harendrasingh-zi4ci]

Sir NPSH depends on speed??

[@Dr.AmitMandal]

+Harendra Singh no

[@Dr.AmitMandal]

+Harendra Singh no

[@Harendrasingh-zi4ci]

Npsh ka bhi viedo bayaye plz

[@Harendrasingh-zi4ci]

Npsh ka bhi viedo bayaye plz

[@rahulkharde8916]

Thank you sir👌👍

[@ansarisarfraj1984]

Mind blowing

[@mvthought_]

Thank you so much sir

[@atultyagi1143]

Very nice

[@harshbhadja7212]

nice one

[@yujenshakya7367]

thankyou so much

[@abhijitbhakat5342]

Thank you sir

[@AkashKumar-vf2xg]

Awesome

[@vijumonvijayan2735]

Sir, Your lecture is very speed. Please try to explain slowly.

[@ShubhamSingh984]

GOOD ExplaiNATION

[@akashadil2883]

Ita not necessary the pressure at the suction lower then the atm pressure It can b heighr then the atm press.

[@Dr.AmitMandal]

Imagine suction pressure to be 2 bar and discharge to be 4 bar In such case it is equivalent to 2 at diacharge and 0 at suction because 4- 2 = 2 hence at suction it would be balanced.

[@rahulphukan5396]

sir at high pressure side temp increases so water should boil and form vapour but how water gets condensed plz expalin

[@dibyalochanpradhan9305]

can explain this lecture in hindi?

[@nairgopi6730]

Good one but try to lower your speed .. Not everyone can grasp with this speed.

[@CaliRepublic77]

Thank you sir

[@pratiksamarth2558]

Awesome