What is Venturimeter. How Venturimeter works. Working Principle of Venturimeter.Animation Video.

To Read Our Blog on this Topic, visit our Website:
www.instrumentationacademy.co...
Interested in Our Upcoming Online Course?
Fill up this Google Form.
forms.gle/811ogBbqZa2tiynK7
Venturimeter is a device that is used to measure the rate of flow of fluid through a pipe. This device is based on the principle of Bernoulli’s Equation.
A venturi works by measuring the difference in pressure at two different locations. The pressure difference is created by reducing the diameter of the pipe causing the fluid to flow faster. The fast moving fluid has a lower pressure than the slower fluid in the larger section of the venturi.
what is venturimeter.
how venturimeter works.
working principle of venturimeter.
venturimeter working Animation video.
#venturimeter #venturimeterworkinganimation #venturimeterprinciple #venturimetre

[@onkardhawale9291]

I have seen many videos about the venturi meter and it's working but this is the best of all I got to understand in the first take. Moreover it's very clear and no need to memorize it again. Thank you for your efforts, keep posting so brilliantly.

[@arnabbhowmick3743]

Concepts taught in this manner don't need to be memorized ever. Thanks for the efforts, much appreciated.

[@diddigowrivenkatachandrash6443]

Clear cut explanation 👌👌

[@user-zz8rj5qd9n]

Best video of venturimeter I have ever seen

[@Jathothveeranna]

madam excellent video.. with ur permission i wil use to show my students.. thanks..

[@bubblee0606]

Amazing explain

[@sanketingole6137]

Great! Explain...Mam Please Explain with Mathematical Expressions and Questions asked in Exams...

[@adityaojha1633]

superb explanation

[@surbxd]

Thanks! this gave me visual explanation which is missing in indian education.

[@infiniteorbit3105]

Excellent..

[@khondokerazizulhaque357]

Superb awesome

[@ramut4646]

Thank you 👍👍👍

[@vivekchan8306]

Keep going mam

[@sanika6916]

TY!

[@shivchaudhary1308]

we neeed more videos like this

[@John-Tony26]

Thank you ma'am 😊

[@abhishekpatil4524]

Awesome

[@rabinpanthi4527]

Very nice

[@soewin9784]

Thanks.

[@P_u_n_e_n_d_r_a]

Nice☺

[@aashutoshkumar6455]

Awsome

[@vishalgovekar6369]

good represent

[@divyangpatluwala7425]

Madam please make a video on Instruments selection like Control valve ,flow meter etc

[@abdihamidbin-mohamoud5236]

Mechanical engineer top level 👏👏

[@jeffrey6019]

Hi, how do I reduce the outlet pressure just so I can create a pressure differencd?

[@ateate650]

Thank you ma'am..

[@instrumentationacademy]

Most welcome

[@kanhabhardwaj3543]

Pls aap industry me jo jo equipment use hote hai sabhi pr vedio banaye pump compressor heat exchanger reactor etc pls pls ❤

[@sanketingole6137]

Mam! Please Explain Differential Pressure Transmitter and U-tube Manometer

[@adarshapriyadarshansejpada7681]

❤Very good explanation, ma'am..... but I have a doubt. Why the length of divergent part should be more than that of convergent part? What of the length of convergent part and divergent part are same???

[@45_kratikajain56]

So that when fluid enter in the divergent part fluid flow walls se stick rahe

[@vishnunckurup5061]

👍👍👍👍

[@ab_ab_c]

For clarity, you should show the actual dataset of pressure & velocity at each part in your system during steady state conditions (e.g. inlet pipe, along the converging conical part, center pipe, along the diverging conical part, outlet pipe).
Showing the solved equation/s would also be useful.

[@instrumentationacademy]

Thank you so much for your feedback

[@mukilansmech4297]

No need .... just us how to determine flow rate with the help of pressure diff obtained

[@shivchaudhary1308]

wow

[@darshansonavale967]

Mechanical engineer like karo

[@powerlordgod9622]

what is the formula in getting the pressure? because mine was wrong for using P=rho*g*Z

[@mohsinalisoomro1663]

why diverging part is longer than the converging part of venturimeter if it is doing same job to maintain pressure?

[@harshitgupta4238]

It is because in diverging part, there are more chances of flow separation at the walls due to adverse presssure gradient and hence the diverging section needs to be made gradual sloping to avoid larger pressure losses. In the converging section, there is no chance of flow separation at the walls due to favourable pressure gradient and hence it can be made to slope steeply.

[@anilchakravarti8708]

@@harshitgupta4238 nice explain bro

[@vishnunckurup5061]

Which software are you using to create this animations

[@vishnunckurup5061]

pls reply

[@instrumentationacademy]

Microsoft power point

[@ONEMOREVIDEO-us9cm]

nice explained but what is the angle of diversion part.

[@anilchakravarti8708]

18degree bro

[@i_am_luffy.08]

5-7°

[@mathavs4245]

But the pressure at throat is lesser compared to convergent nozzle..then how come it would be same

[@venkatesh.b5365]

According to pascal law P=Force/unit Area
Here increase in cross sectional from throat to divergent area value results decrease in pressure then how would u say that increase in pressure in diverging part

[@keyaprajapati12a85]

Same doubt that how pressure decreases when area is also less

[@ajeesh3485]

where to get the dimensions of ventri, i need on e to create a cad model?

[@venkatesh.b5365]

Google it

[@dhanrajsonkar4111]

ur video is incomplete because how to calculate pressure in venturimeter not explain.

[@harshitgupta4238]

flow rate = K*Area of throat*sqrt(2*density*pressure diff.); where k=c/sqrt(1-(b^4)); c = discharge coefficient (0.99 for venturi meter, 0.75 for orifice plate; b = diameter of throat/diameter of inlet. K is also called flow coefficient

[@devivara1162]

Why Venturi meter used vaccum???