Velocity Triangle of Centrifugal pump || Centrifugal Pump

[@tuantuinvlogs7493]

Sir...I have seen so many videos regarding velocity triangle of centrifugal pump...But this video simply and easily clear all my doubts..and you're explained it perfectly and simply.Thank u Sir

[@plasticlover8665]

I found the Most genuine video on this topic

[@adityamallick5133]

Exactly

[@yourdataispublic]

Easy to understand, simple yet informative. Thank you and keep it up !

[@abhishyanthvailaya3121]

Best one I ever listened to ... Thank u so much

[@assuntamuthoni3068]

Thank you. I'm amazed by how you managed to make the velocity triangles make sense. well done

[@sammmm7085]

Finally found a good video after searching a lot

[@jaypatel7632]

Excellent💯👍👏.. Vedios.. Thanks...

[@sleephourofmotivatwakeupas6512]

the explanation was awesome sir.
Very helpful.. Thank you sir

[@tanmaybhongade9084]

Thank you Sir, this is what I was searching for 🤩🤩

[@siddis145]

This little explanation help to score more marks 👍👍

[@ravikumaradari4685]

Simple but clear and effective explaination.

[@zhsana4611]

Very simple explanation. Thank you sir

[@sharathmanoharan3831]

Best one , made it so simple to understand ..... thank you sir

[@ankitkumarsingh1576]

Great Sir
You Explained it very Nicely....

[@jramanji2072]

Thank you so much sir I got clarity on the velocity triangle 👌👌👌👌

[@johnzephaniah3680]

Thank you so much sir..with your explanation I got clarity..

[@trustmeiamanengineer2075]

Good explanation , better than textbook

[@achilhermawan4529]

A helpful lecturing, thanks.

[@elfenomeno9003]

This is wholesome. ❤

[@jaganmohanrao4463]

Love from Andhra Pradesh😍

[@rathodranjana2]

No 1 teaching

[@shamss8680]

Explanation super

[@TJBEATSAMV]

Thanks a lot !

[@supunshalitha3638]

Thanks you sir .it's good explanation

[@KshanikBhagat]

Thanks 👍

[@DailyLifeEngineering]

Well explained....

[@tamzidbipun7897]

you are amazing

[@manishkasera8584]

Ek no.

[@scienceandengineering6999]

Good explanation

[@dhoniboy9567]

Awesome bhai

[@nikhilphafat4270]

Good knowledge

[@vishalk1041]

can u draw the triangle if the blade velocity direction is not given in the problem ?

[@learnwithkowshik]

really helpful

[@seymourfroggs]

Is U2 parallel to the tangent to the circle? Is V2 co-linear with the blade tip?

[@praptisalaskar6281]

Amazing!

[@mechanger3892]

Super lecture sir

[@ashrafulalambenzir]

Thanks sir❤️❤️❤️

[@ravindranathan6683]

You must make slide presention with notes typed in that only points ,then it will be better for viewers

[@bitspitamah5153]

best in short to the point

[@anushkaagrawal8980]

Hello Sir, which book are you referring to?

[@sandeshlokhande7671]

What is discharge is also radial?

[@r.ksingh6416]

sir how to draw velociy for same vane moving in cw direction.forward vane

[@nagarjunreddy556]

Well done

[@banirahatkhan9913]

how do we know the direction of V2? please answear my question

[@ENGINEERSACADEMY18]

You can understand it as the resultant of Vr2 and u2, that will be easy to remember.
If you have more doubts, please comment

[@harshitanand3798]

In your playlist, videos are not set in proper sequence. Please correct this

[@unholykraut1107]

My lecturer at university is great, but you just explained the concept in 6 min that took an entire 45min lecture to cover.

[@docilesoap2684]

Are velocity of flow equal..... Vf1 and vf2......

[@Sgsjajmsl]

You can say Vf1=1.5 Vf2......

[@mdrasel-bx9yo]

Vw means?

[@ENGINEERSACADEMY18]

Vw means Whirl Velocity
Thanks for watching☺️

[@angeloperera2022]

@@ENGINEERSACADEMY18 What does Whirl Velocity mean? ( I understood that V_f is "flow" velocity means the velocity of the flow of water)

[@Sgsjajmsl]

How will we get vr2......?

[@mynameisram6795]

Super sirr

[@zaahidimran8771]

hi will it be possible to do an example on axial flow fans please

[@ENGINEERSACADEMY18]

Yes, videos on axial flow will come after centrifugal pump series.

[@naanobba_kannadiga]

Superb

[@chandansingh9795]

Thanku

[@chidinmanwachukwu3216]

The link isn't working

[@pappuprabhakar8788]

Thank you

[@PankajSharma-xj8lv]

Please call need your help and assist on Impeller designing

[@jramanji2072]

Thank you sir

[@RanjeetKumar-ph5cf]

thanks sir

[@mohdsohel7884]

Good sir

[@shubhamgautam9649]

Thanxx

[@gudduprajapati9533]

Why no lanch new video sir

[@vanditvasoya5220]

W

[@harshitanand3798]

Part-2

[@saby7416]

velocity diagram at inlet is wrong

[@twisampatiroychowdhury673]

the water is not entering radially rather it is entering into the impeller eye axially and then by the influence of the impeller it moves radially and then due to the rotation of the impeller blade it is leaving the impeller tangentially. Note : THE WATER IS NOT ENTERING RADIALLY

[@Sgsjajmsl]

No man, water entrance is radial...... The reason is that the suction pump has a bend when it enters the impeller.

[@cetvlz]

I thought this was the triangle meme ......

[@manaschand6988]

Work done please

[@ENGINEERSACADEMY18]

Workdone by centrifugal pump Will be uploaded today

[@SouravKumar-fy8ff]

This is not the way to teach about angles

[@piyushrawat3862]

but a good way to remember brother

[@JoaoPalhinha9]

D will be morrrrrrrr

[@pradaji7224]

direction of u1 is wrong. if the direction of u1 is which u have taken then resultant will not be what u have taken it to be .. please see too it and do not teach wrong to the students .. Doubt on whether i should rely on your source or not

[@Sgsjajmsl]

He is correct. U1 is blade speed. In this case, blade is rotating anti clock wise....... Direction of U1 is correct

[@tanmaybhongade9084]

Thank you sir , this is what I was searching for 🤩🤩

[@Saiprasadvlogs]

Nice explanation

[@thakshanathnallavairan2867]

thank you

[@ahmedhamedmahmoud5850]

thank you sir

[@tanmaybhongade9084]

Thank you sir , this is what I was searching for 🤩🤩