Dynamics of Fluid Flow - Orificemeter

[@TutorialsPoint_]

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[@gregoryjamesl3003]

Exactly like a school teacher. Never understood were your equations pop up from. You need improvement bro.

[@amansingh609]

Explanation bahut achche se samjhaya .

[@tkhankhoje39]

where does Cc in terms of Cd comes from?

[@justinemusongwa6601]

Excellent explanation..💯

[@vivekgautam2859]

Sir...you are awesome as compare to another...

[@KunalKumar-ct6uc]

VIVEK GAUTAM R.I.P english😂

[@nackomega9505]

I only understood is when he said Orifice plate 😂

[@parthrajyaguru9543]

@2:25 why we are not taking z1=z2 in case of orifice meter???(like venturimeter)

[@rohunt6241]

Where the substitution came from❓❓❓❓

[@davyjacob3817]

It is a ditto derivation which is available in R.K.Bansal.. Both in this video and in the book they never really explain how do they get the equation of Cc which is mentioned in the video @6:11 Can you say how you got that equation. What is the principle behind it?

[@siddhartharaja9413]

Cd=actual discharge/theoretical discharge,by multplying v2 with area taking into account Coefficient of contraction we can get (Q(actual)) ,then without taking into account Coeff. of contr. we can get theoretical disch. there ratio then will give Cd as used above.

[@prasad_ambe]

@@siddhartharaja9413 brother can you please elaborate it...

[@s.bharathvigneshwar7603]

i came here only bcoz of that relation between cd and cc, but he cant explain how that relation came.....so bad .....instead we can learn from Sunil mohod sir....

[@ashishramteke5532]

Exactly my point. I came searching for the same. The relation between Cc and Cd. Will have to search in other videos i guess.

[@bahadarzeb464]

Good job sir I love you

[@parthmehta2156]

Sir from were that assumption came from

[@chadrisamosa2244]

You are not explaining it an efficient way I came here to understand about cd but u could not make me understand

[@edutechguruengineeringlear4280]

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..

[@thutomaebe7282]

awesum...you literally saved me here...

[@mdjunaid1664]

I stuck on Cc in Textbook, so i came here... Here too same problem... From where the hell Cc came?

[@richardhouguet5374]

In fluid Power, you are going the wrong way. Reference: Rabie, M Fluid Power Engineering, McGraw Hill, page 26 and Watton, J Fundamentals of Fluid Power Control, Cambridge University Press, page 75.

[@altafhusain6261]

superb sir

[@rlm3574]

How a1 ,a2 are different.
From where a1 comes

[@c_70_mohammadajmalturk46]

👍

[@basilmarkose2274]

how do we calculate the distance of pressure tappings from the oriface plate

[@skacts1823]

I have pressure before orifice but if we installed orifice plate ,how to calculated pressure after orifice plate .
Please reply me .

[@shaktipadabarman344]

How doing find the co efficient of contraction at orifice meter

[@mechanicalengineerscircle3620]

Sir kya orifice meter me Q actual and theoretical same hota hai

[@gopalakrishnang3966]

Please explain how to design an orifice plate for the given flow rate

[@chandankumar-lt5kp]

Land isko kuch nai ata hai

[@nitinsahu2149]

हिंदी का इस्तेमाल किया करे kyoki hum cbse wale thoda विस्तार मैं samagh आता है

[@Vikkykumar-bf3dm]

where has a1 come or a1 which cross section area reperesent

[@fawaznawab3455]

Thanks sir

[@huytruongdinh6456]

what is the parameter a2, a0, c???

[@prasenjeetkumar8315]

Pitot tube video chahiye

[@shachindra123654]

no one explains how to eliminate Cc. Actually Cd = Cc × Cv . but how to get term Cv

[@meenukapoor764]

osm

[@285_ashishkumar2]

Rat ke padha rahe hai kya equation kaha se aa rhi hai koi pata nahi hai

[@edutechguruengineeringlear4280]

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..

[@raghunadhy3565]

How we got cd equation sir

[@edutechguruengineeringlear4280]

th-cam.com/video/W-iMyVF4REI/w-d-xo.html
.

[@shrawankumar9030]

Thik se explain kar bhai

[@eng.mohanad8370]

I hope if it was translated into Arabic 💜

[@edutechguruengineeringlear4280]

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.

[@GurmeetSingh-yi5qy]

nice

[@muhammadluqmankhalid3329]

sir book sai dekh k copy kr rahy Hain ya Sara hamy b ataa Kuch Naya b Bata deea karain...... ajeeb sir hai....

[@vishalbajwa2588]

Just wasted 7 minutes . #bakwas

[@indrajverma8951]

hindi language hindi please

[@sudhansubehera9952]

Most irritating

[@chandankumar-lt5kp]

Very bad explaition

[@engsherif4657]

👍

[@lqmnhzm]

Exactly like a school teacher. Never understood were your equations pop up from. You need improvement bro.

[@AraP24]

Where did Cc in terms of Cd come from?

[@mainuddinkhan605]

Thanx sir

[@umamishra9019]

Thankyou sir