Power Plant Engineering | Steam Nozzle | steam nozzle problems | by Rahul sir

[@pranavmahajan8343]

TIME STAMPS
05:55 STEAM NOZZLE STARTS
14:30 TYPES OF NOZZLES
33:30 FLOW IN A NOZZLE
40:30 CALCULATION OF EXIT VELOCITY IN NOZZLE
49:10 DISCHARGE THROUGH ISENTROPIC NOZZLE
53:50 CONDITION FOR MAX DISCHARGE
01:00:20 CRITICAL PRESSURE RATIO
01:12:00 SIGNIFICANCE OF CRITICAL PRESSURE RATIO

[@maharudrashinde07]

Rahul sir us backbone of mechanical engineer thanks a lot sir !!! Great Lecture Great teacher

[@srikantadas7760]

লাইক

[@RpDilkochoonewalasongSidhu]

Sir ,Ek Lecture Hot Air preheating per bhi rakhe ,Aap ekdam excellent Lecture dete ho .Good job by u .God bless u.🎉🎉🎉🎉🎉🎉🎉

[@makeiteasybyrahulsir]

@RpDilkochoonewalasongSidhu thank you dear

[@rahulagrawal9448]

general engineering ka preparation isi lecture se kr rhe sir...maza aa gya padh kr ..lazawaab

[@NeerajYadav-wi3kw]

सर आप का कोई जवाब नहीं है।इतना अच्छे से समझाते है।आपका का क्लास देखकर ऐसा लगता है कि पीछे कुछ पड़े ही ना हो।

[@BoomBoomBaghmara]

bahut sandar jabbardast lecture sir,,,,, is bar sb ka beda par,,,,,, thank u sir ,,,,,,

[@chhayankmulchandani4812]

You are really an amazing teacher.

[@sajidnasir1492]

The way of delivering concepts are extraordinary amazing. My field is Electronics and i am doing MS in Power Engineering i.e didn't have basic knowledge of mechanical but this lecture clears my all concepts about Steam Flow Nozzles. Thanks alot love from Pakistan!

[@shyamalta9665]

its very simple way of learning. Really its MAKE IT EASY.

[@srikanthbitlingu323]

Rahul sir is a brand for Mechanical engineering

[@BrainOpener1]

hidden gems for AE/JE Student.

[@darshanjadhav3665]

Thnks a lot this topics is core and it will come definitely in ssc JE 🙏

[@dulalmandal3822]

Very helpful lecture sir. Thanks a lot for your effort.

[@mayurthanos5651]

sir every time i learn something new from yr video thank so much

[@maheshbhore7108]

Best Exiplenation sir

[@dilip.kumar03]

First time read and understand
TQ sir apko ❤️❤️❤️

[@girishaselokar9609]

Thank you sir...
Thank you for tricks.

[@gyandeepdas5162]

Sir my present state is like ur past.. I feel more confident in history than technical

[@surajmishra3651]

Very good explained

[@ranjeetmathematics4455]

Sir I am from Indian navy and i am watching this video
I am very satisfied

[@Janasainik.99]

Class starts at 06:00

[@ashishdubey9990]

Thanks a lot sir, keep making videos... Very helpful for non-mechanical people also...

[@solusingh9508]

Excellent sir....
I appreciate you.

[@Sciencemasterbyrajkamal]

Very nice sirr

[@bekind7211]

Thank you sir bhut achaa lecture tha

[@raghvendrapandey1156]

Good morning sir 🙏🙏🙏

[@mechmaniatalks6130]

Awesome lecture sir thanxx for ur effort everyday increase my confidence...

[@sagarshrivastava2250]

aaj pehli baar pta laga ki aapne history b pdai h

[@pravinkumaryadav1563]

According to Zenner equation n for wet steam is, n= 1.035+0.1x
where x is dryness fraction.
So sir how did you calculated critical pressure ratio of wet 💦 steam as it depends upon dryness fraction.

[@prakash-or3uq]

sir what is the ratio of length between coverging and diverging section.?diverging section is quite larger in length than converging but how many times?

[@swarnikasrivastava2812]

Thank you sir for all ur efforts. 🙏🙏

[@anuragawasthi8848]

great lecture sir. thank u

[@mycreationmanishyadav444]

Sir ham polytechnic kar rahe h , hame full detail or derivated concept chaiyega , toh hamare liye ye sahi h kya

[@pravinkumaryadav1563]

Overall I appreciate your way of teaching 😊 Sir

[@danemahesh564]

Sir but mach no and mech nonis different na?

[@md.danishansari7476]

THANKS A LOT❤

[@Fundaclearity631]

Could i subscribe multiple times but like millions time👍👍👍👍👍👍👍👍👍

[@MusicWithAjay1]

Thanks sir...💐👍💐👍 !!!!!!

[@ParasKumar-oj4lc]

Amazing explation sir

[@Sciencemasterbyrajkamal]

Lagabab lecturer for me

[@mandipsingha7370]

Dhasu lecture sir...👌👌👌👌

[@upexamgkandupdate2987]

Nice session thank you sir

[@vaibhavjaiswal93883]

For flow through nozzle and diffusers,which fluid property remains constant ?
a) enthalpy b) velocity c) stagnation enthalpy d) entropy.

[@DuaAhmed-oc2ln]

Entropy

[@theoddone4491]

Tq for Valuable effort sir... I think efficiency of nozzle is not included please include that in Short video 😍

[@dheerajsharma224]

good

[@erarsh2464]

Sir aap book ka name bta skte h?

[@rahoonmirza8408]

Adorable

[@jaysinghpatel6106]

Thanks a lot sir

[@vishalkhandagale9788]

Sir equation me agar M² me -1 put karenge to 1 aayegana , then it will look like dA/A=dV/V(1-1), fir 0 aayegana sir ,ye case samjayeye plz

[@ronaksingh3220]

m2 = -1 aap nhi daal sakte kyoki yeh not define h aur m = -1 ka koi matlab nhi h mach no. speed of body to speed of sound ka ratio h vo negative kese hoga aur agar v1 dale toh zero ho jayga uska matlab area not change jo hota h throat par uniform cross section hota h 👍👍👍

[@shivanshsudha9561]

Thank you❤❤❤

[@vikaspal9589]

Nice class sir

[@SaTyamRaWaTvloGs]

sir practicle example hai rockets ke outer nozzle diverging hote hai today i understand why

[@bag07]

thanku sir

[@dhananjaychoudhary139]

Thanku so much sir

[@carnot_cycle]

Thanks sir

[@md.danishansari7476]

i'm a new subscriber

[@upendrakumar-sp7zb]

CASTING AND FORGING SIR

[@Sciencemasterbyrajkamal]

Sir apne confusion ko permanently zero kar diye hai sir

[@gagan4132]

Sir at 1:14:06 what you are teaching is wrong because at that pressure is sam everywhere so there will be no flow initially ...but according to you if exit pressure is more the flow will be backward. So correct there

[@abhinayofficialadd8373]

Sir may mechanical ka student hu sir THERMAL ka may pura vidao kha se dekhe jo pura mil jaye sir plzzz

[@MANOJKUMAR-tx5qo]

Lecture is modifing add h kuch concept

[@mithileshkumar-sn2xf]

Sir p2 exit conditon ka nahi h .p2 thorat ka pressure hain

[@omeshkumarsahu9121]

👌👌

[@shivanshupathak1305]

Video not running properly

[@mithileshkumar-sn2xf]

No

[@gudduyarya8111]

Bakwas

[@KunalGaurav-wm1zq]

Rip

[@momanpatro7509]

Thank you sir

[@AshwaniKumar-be3dq]

Thanks sir

[@rankinechacha2343]

Thanks sir ❤️🙏

[@tuhinsuryachakraborty]

Thanks sir