Steam Turbine Theory and Numerical

[@pradgadagkar8557]

It has been a pleasure going through ur lectures and revise all that was studied 32 years ago. My weakness was TOM. Today i still wish there was someone who could do a better job. You became godsend. I will search ur videos to refresh. Thank you

[@pradgadagkar8557]

I wish that you also make videos on epicyclic gears and vibrations too. If u hv already then i shall search and find.

[@surajnair9757]

i probably learned more here than an entire semester😝 thnxxx a lot for sharin this video!!!!!!!! really appreciate it!!!

[@sunilmohodmh31]

+Suraj Nair You're welcome! I'm so glad they help, and I will definitely keep making more!?

[@sridharnaidu2092]

no other words. This is "AWESOME"

[@virat.17056]

Best technique to conduct for teaching and learning,, very well thank

[@gauravgrover7349]

Awesome Video Sir. It Helped Me a lot and also Covered Whole Chapter of Impulse turbine. Good Explanation and Full concept understanding with numerical. GBU

[@gauravgrover7349]

Now I want the velocity triangle of reaction turbine. Plz help me sir.

[@hassansaifuddin6175]

Amazing video, sir! This was exactly what I was looking for.

[@shivamjoshifocus7013]

Awesome way to explain sir .... i learn this topic just like i am learning ABCD thanks a lot

[@sunilmohodmh31]

thanks a lot

[@raoufref9628]

PC Tips THIS TOOL FOR FREE STEAM MONEY IS THE BEST ON TTTHE ENTIRE WEBSTORE!!!>> Steam Turbine Theory and Numericals

[@jeevankumarreddyravuru8710]

awsome video Sir keep rocking

[@ShubhamRaisoni]

thank you sir. your explanation really helped me study the theory and numerical easily.

[@yadavmanish174]

really helpful video sir...I watched this video before my exam and I solved my numerical easily...

[@isaganigabrielmarzan6695]

very clear teaching, thanks for uploading. hoped to watch your other videos soon

[@sunilmohodmh31]

You're welcome, I'm glad the videos are helping!?

[@kennedymarsan]

Great explanation.... thank you so much

[@promasreemajumdar1433]

This video was really helpful. Concept is crystal clear in just 20 mins. Can you upload hydraulic turbine and pumps.

[@sunilmohodmh31]

Pl wait I will upload soon

[@raghu5404]

Thanks. for such well explanation

[@vishalmalviya240]

thank you sir..i got what i was looking for.

[@navnitnihal]

wll explained each point. thank u sir.

[@hemangdhamelia12]

Which tool u r using for lec?

[@av3704]

pass krwa diya sir aapme

[@dulquersalmaan7037]

Can u do video on efficiency of reaction turbine

[@vaijanathhalighongade8951]

thanks for valuable lecture

[@sunilmohodmh31]

I am glad that videos are helping

[@alibukhari2083]

you are the great

[@sunilmohodmh31]

thanks for appreciation

[@gopalcse1]

nice sir,thank you

[@ahmedomar8098]

? what is the name of reference book you are use

[@alibukhari2083]

nice video sir

[@sunilmohodmh31]

I am glad that videos are helping you

[@jackytan819]

sir, the term 30 cm wheel is the mean diameter or outside diameter?

[@sunilmohodmh31]

mean dia

[@suryakhonde5434]

thank you sir

[@นพดลนพดล-ห9ฟ]

This is impulse turbine or reaction turbine ?

[@syedsubhani1325]

Thank you

[@madhukesh_gaming_vlogging6300]

very nice sir

[@sunilmohodmh31]

You're welcome, I'm glad the videos are helping!?

[@sandeepsarkar350]

sir i have a problem in this numerical the loss of velocity in blades is 10% then why the using k=0.9 ???? please tell me

[@sunilmohodmh31]

let initial velocity is 100m/s , 10% loss means loss of 10m/s, then remaining velocity is 100-10=90m/s

[@abhishekm6309]

Sir it is there in gate?

[@sunilmohodmh31]

Yes

[@abhishekm6309]

@@sunilmohodmh31 sir pls upload kaplan francis peltonwheel(turbomachinery) lectures

[@All_in_1kart]

sir please upload video related stean nozzle numericals and uses of steam table (by interpolation ).

[@All_in_1kart]

I mean how interpolation is used in steam table.

[@madololikhona6260]

your derivation is too much and is quite confusing. just keep it simple unless there are conditions where it could be stated to generate a derivation. you are really helping by the way

[@shalinisinghal8186]

sir can u plz share ..velocity diagram for two stage impulse turbine

[@virat.17056]

It's very well

[@AftabKhan-oq3yy]

Sir can you explain +and- in power developed and workdone

[@sunilmohodmh31]

If whirl component of velocity at outlet is in opposite sense that of inlet whirl velocity then use positive sign And if act in same sense use negative sign

[@SaadKhan-ud1ey]

Audio is not clear, good Explanation though

[@Fitnesswithsk]

sir also provide the pdf of all the lecture it fill help make heard notes thanks

[@neelkamalkumar1826]

sir can u upload two stage impulse turbine video

[@sunilmohodmh31]

Two stage impulse turbine numerical video already in the playlist. Pl check

[@kankankishore]

at 20.28...'will it be equal to zero?" No, it is not zero...why?

[@PankajKumar-ui4lz]

sir please would you provide complete package and also tell me the fees

[@sunilmohodmh31]

about GATE?

[@shashikantmulimani8959]

sir please upload Hydraulic turbines.....

[@lakhyajitsaikia8161]

the vedio has too much noise ....

[@raoufref9628]

mercccci

[@raoufref9628]

ТHIS GEEENЕEЕЕRАТOR FOR FREЕ STЕAM MONEY IS ТHЕ BЕST OОООN ТHЕ ENТIRЕ WEBSТОООRЕ!!! >> Stеаm Turbinе Тhеory and Numеriсals

[@souravbhowmick3485]

apni tmc

[@guruabhinai]

Thank you sir

[@mousumbhaumik2916]

thank you sir