VELOCITY TRIANGLE, FLUID MACHINERY

[@southsimpleman]

Congrats for your explanation ! Saw many attempts to explain this in other videos but without being as clear as in this one. Tks so much !

[@kriteshdiwakar8241]

Meja agaya.Thanks for sharing this marvellous piece of art.

[@saishankarkandukuri]

This thing is the best. Short and to the point covering the basic what how and why. Great work people

[@harirao0302]

best lecture for velocity trianlges

[@shivprasadkalyankasture5930]

Trust me when I say this, I had watched more than 15 videos on how to draw a velocity triangle diagram and before this video and I was still clueless (and a bit frustrated) about it. This video taught me what it actually is. Great content guys, superb picturized representation. Please come up with more topics related to turbines. ANd yeah, thank you so much.

[@arpitpathak4942]

exact same story .

[@vipinjha4263]

same here

[@porapudevi4087]

Me too

[@nabinghosh4470]

SHIVPRASAD KALYANKASTURE you ri8 bro ..we me it is same condition

[@Tenma7899]

sahi bola bhai

[@nikeshwaran.k]

Best lecture with short term period,i have seen

[@ashantinicas]

simple and clear conglatulation to you brother thanks

[@GautamkumarJhaaerospace]

In the begning of the lecture ,when writing velocity component at exit ,u have missed the subscript which represent the 2 for the exit at the exit section

[@ChintanBavishiVideos]

Will send this video to my faculty! Thank You so much sir. Simple, Precise and Clear

[@Cricketlife642]

sir you've explained very well. thank you so much. but just a little mistake... write vf2 instead of vf1 in outlet velocity triangle.

[@pranav3600]

It was short precise and very useful :) Can you please add different turbines concepts?

[@inderbajwa3434]

Toooooooo good SIR👌👌👌

[@solomonreggae5952]

watch over more than 1oo videos on this but this not able to get the concept...after watching this ,,,ia m satisfied for what iam looking for,,thnks so much sir

[@ganeshks6574]

A brilliant video...... very simple to understand ....thank u so much sir....🙏🙏

[@arneshkhatua]

Thank you so much for this lovely video. Best explanation amongst all!

[@anaekh]

A very good video. Has explained the concepts well. Thank you guys..

[@TonyStark-ti6ns]

Awesome sir

[@chethangun]

God. Where were u all this day's

[@sarang8207]

Thanks guys.......you literally saved my life

[@p.bhanuprakashsubudhi5489]

nice one sir...thank you for your video.

[@MohitYadav-995]

thank you so much BoSs to create this knowledgeable channel

[@TheShavarin]

Was it so simple?....really awesome.

[@niteeshbobburi7865]

Super video, clear cut information,, thank u so much sir

[@biswarupdas14]

very good explanations

[@abhishekdeolekar7189]

Simplest and within 4 minutes kudos

[@mrgodfather5774]

Great Work Sir🙏

[@nickfzar]

This is very well explained! Thank you.

[@rohitgamer2305]

so helpful sir

[@HarshiClasses]

you are awesome

[@satya_kartik8795]

really it helped me a lot brother, thank you for knowledge.

[@guilhermeternamente]

Congratulations....very good explained! I watched many videos and anyone got me understand . Good work . It helped a lot .

[@guccispice]

thank you for the very simple explanation. just a question, what is Vw1 again?

[@sanjeevmishra562]

nicely explained the velocities components...... thanks!!

[@our_channel5589]

Short and clear for quick revision tq

[@rahulprasad1840]

angle between V2 and U is (180-B)

[@arjunthomas369]

The direction of vector u is from left to right so the angle is B

[@hazalozturk440]

@@arjunthomas369 no

[@sudhidm3122]

Excellent explanation..thank you.

[@HanumanDhayal33]

Thanks for such a simple explanation.

[@arpitpathak4942]

thanks a lot , simple and clear .

[@chanchal05]

Thanks. ....this is vry helpfull video

[@mohammeduzair1276]

Thank You So Much, Sir!!

[@mohammadsalauddin7380]

excellent sir, easy to understand.. plz do lectures on Fluid Mechanics

[@ShubhamSingh984]

Superlike, Thanks alot.

[@cosmian4248]

so usefull. thank u

[@minhaajhussain972]

Nice explanation thank you very much.

[@SameerShaikh-eb9ou]

Only two introduction lectures are available. What about next??

[@raghur9327]

Super explanation ty

[@nikitabunker1504]

Thank you so much.......m book s smjne ki kosis ki notes see bhi Kai video dekhe but velocity digram bn hi nhi rha tha....thank you smjne k liye bhut ache see smj aagya...👏👏😊😊😊😊

[@Kartik_Z8]

That helped me a lot 👍🏼

[@kapiljaiswal1729]

Sir what is the difference between vane angle and guide blade angle?

[@seymourfroggs]

How do you know the velocities at in and out? ie, V1 and V2.

[@i_m_ameer]

thanks sir well explained...

[@frankenpratikkandulna3187]

Thank you so much

[@saurabhpali9194]

Great work 👍👍👍 🎉👍 ...post some more videos on turbines

[@Yoyoprs]

Do you have solve velocity problem sir in your channel... It nice leacture sir

[@anishantony8]

Excellent

[@rohitk.s7851]

thankyou sir for clear this concept and pelton wheel turbine related any class

[@421-18c]

Ok why vr1 is considered in moving Blade??

[@shubhamgautam1219]

Very good explained video but I think u should write vf2 and vw2 at outlet portion.

[@tigereyes1559]

Awesome thank you

[@raghur9327]

Super

[@gauravagrawal9338]

hydraulic energy kya hoti hai

[@kaursingh637]

thank u sir --please suggest a book with many solved examples - i am advocate --turbine my hobby

[@sandeshbudnur9615]

What is whirl and flow velocity? Also diff.

[@AbhishekSingh-rc9xe]

Can you please upload video explaining velocity triangle for centrifugal pumps....

[@XYZ-jq8el]

Take subscript 2 for exit Anyway this 4:44 video erased my all the doubts about velocity triangles

[@aniljoshi1001]

sir i wants to know that where you teach to the student i mean place sir??

[@rakshithkumar1371]

Nice

[@MohitYadav-995]

& make more videos . it's a humble request for you.

[@shubhammishra3152]

Great

[@prithvikumar4670]

I didn't get the relative velocity n hw y got direction of r1 sir

[@SameerShaikh-eb9ou]

Why relative velocity is considered.

[@vasantharajmj340]

Why bcz if vane is stationary we should take jet velocity alone. But here vane is moving w.r.t jet, so we have to take relative velocity between jet's absolute velocity V1 and vane velocity u.

[@thenareshkr]

nice

[@vaibhavchavan6040]

👌👍👍👍

[@souravhazra4460]

Good one man! :) And thanks..

[@aadhi_01]

1:10 it's shock loss sir

[@diwakarramagowda4557]

Thank u

[@educationwithmd3440]

Thnku

[@mrrohit0450]

Sir ek question hai kya aap mughe solve kara dijiyega sir please sir you can help me😢😢😢

[@vipinjha4263]

sir upload a vedio for refrigeration cycles

[@sumitahire7676]

Very Good explanation Sir . But some small mistakes in outlet velocity triangle in the naming.

[@amarendrakumarpal5713]

Thanks

[@vaibhavsinghbist299]

what is Vw1 ?????????????????????????

[@ENGINEERSACADEMY18]

Inlet whirl velocity

[@aminuddinkhan2496]

this is a way to memorize

[@RITWIKJACOB]

Thank u soo very much 😁

[@INAMmathematicivilengineering]

velocity diagram and momentum equation applied to turbines? Give short answer in comment

[@miasanmia03]

thank u sooo much sir....

[@amatoallahouchen5894]

thanks thanks thanks!!!!

[@GurmeetSingh-yi5qy]

Thank u sir

[@osmness4374]

outlet notations were wrong

[@GurmeetSingh-yi5qy]

👌👌👌👌👌👌👌👌👍👍👍

[@boddedavenkatesh9642]

In velocity triangle vw2 and vf2

[@r.v.classs5020]

sir Hindi me nhi he electure

[@VikashKumar-df5gl]

Now i have got some words about this..otherwise i was going to parrot things

[@civilkvgce1461]

For more numerical kzbin.info/aero/PLR8ejb09jCsm3Vp2n84ZJY_LSyo0eokai

[@aminuddinkhan2496]

hahaha... this is not a way to teach

[@saurabhargade5993]

Who are you to decide it??

[@himanshukawale8480]

Thanks

[@rohitk.s7851]

thankyou sir for clear this concept and pelton wheel turbine related any class

[@bizmind85]

Thanks