Reynold's Experiment to identify the type of flow

Identify the flow by using Reynold's Experiment
Laminar Flow, Transition Flow, Turbulent Flow
#reynolds
#fluidmechanics
#laminarflow #turbulentflow
drive.google.com/file/d/1zmjs...

[@raiaakaistic_]

Excellent way of explaining the concept... Enjoyed it...

[@tejaganeshpilla2052]

Excellent Explanation through practically.. Thank you soo much Sir..

[@rohitshelake7004]

Thank u so much sir for explanation 🙏 😊. Good experiment😇

[@wanguweraisis1229]

Really helpful experiment, appreciate it. ✌

[@sivasuryache4206]

Usefull sir...the way you explained was really good

[@sgtech6051]

Nicely Elaborated, Helpful.👍

[@shivam15K]

i haven't word for your appreciation. This is really helpful for all of we student. thank you so much sir.

[@sudeshpowar100]

Thank you...

[@shivam15K]

@@sudeshpowar100 🤗🥰

[@aaplashreyas2990]

great video ...keep it up

[@sudhakargadade8589]

Thanks Sir Really helpful for me 🙏👍

[@teimg1805]

super helpful dawg.

[@abhijitbehera3284]

Nice

[@kartiksoni7404]

sir big fan from SOE

[@Dilshad_majeed]

Very nice sir jii ......tq

[@sathishgujjunuri7677]

TQ..gd live practical explanation

[@istutisrivastava1130]

Superb explainantion sir ji 👍👍

[@mathew-119]

Thank you so much brother

[@manojitmete7132]

Excellent!

[@dhanrajsonkar4111]

Excellent Explain

[@Shivamgarg-yi3vg]

well explained sir

[@interesthink2523]

it's cool exsperiment!

[@varchana9272]

Superb. Very clear.

[@adityakolhatkar7036]

Greate experiment🔥👍🏻

[@swarnahavisha6358]

Great explanation

[@SanjeevSingh-oz8jd]

Excellent information

[@sai_2222]

Thank you so much sir

[@md.shantoislam3874]

Great explanation 🥰🥰🥰

[@harishpawar4875]

Can u please give me the purchase link of this kind of transperent pipe

[@fanstargaming6350]

thanks

[@Videosite361]

Thank you sir ☺️

[@bigfore7083]

👌

[@mastimazakkidunya7661]

Keep making such videos

[@a-02sagarjadhav53]

Ty sir

[@RobinSingh-qr7dm]

🙌🙌🙌

[@waterresourcecivilengineeringa]

Nice video

[@waterresourcecivilengineeringa]

Thanks, you may also check my videos

[@andreavigano7826]

Grazie sudesh

[@nthakur4686]

nice experiment but put bucket under tap

[@ankursingh1912]

tq

[@priteshwalke]

For velocity calculation, which area r you taking?

[@sudeshpowar100]

First measure the flow rate then ...velocity is flow rate divide by internal pipe c/s area

[@sri78hari]

A good video with bad audio

[@aaplashreyas2990]

#aaplashreyas

[@marufhosen1125]

Asslamualaikum sir, can you give me the video link of the procedure and calculation of Reynolds number apparatus.

[@sudeshpowar100]

Will add pdf in the description... drive.google.com/file/d/1zmjsICikMIvs9Ug2jO0PCNh7ptu5fGY-/view?usp=sharing

[@Tehseennsr]

Thanx

[@sudeshpowar100]

Welcome

[@ahmedtantawy5662]

Can i know how did you centered the needle in the pipe

[@sudeshpowar100]

By using frame we have kept it at its center

[@learning957]

Very nice but please add subtitles

[@santoshmachhi503]

👌👍

[@AviAvi-wq5wk]

Avinash Borse

[@Benade98]

what type of fluid dye are you using?

[@sudeshpowar100]

water

[@Benade98]

@@sudeshpowar100 what type of dye is used in the water. To give it that colour. I need a name.

[@sudeshpowar100]

@@Benade98 it's potassium permanganate mixed with water.

[@ahmedtantawy5662]

What was the diameter of the pipe used

[@sudeshpowar100]

1 inch

[@phase1eternity654]

sir please use a bucket instead of wasting the liquid , because it was distracting me from the topic. BTW great explainaion.

[@sudeshpowar100]

Okay... Thank you

[@deepaksinghrawat5246]

yes, same with me.

[@vthakur232]

Sound is not clear

[@dcmslayerytgaming1092]

Litte sound issue,

[@Mood462]

Sir discharge kas kashych

[@Mood462]

Volume kasa yenar

[@sudeshpowar100]

@Game_of_life122 To measure volume, take a beaker of 1 litre volume. Or you can take 1 litre empty bottle.
By measuring time required to fill one litre bottle.... you can calculate discharge
Discharge (Flow rate) = Volume /time

[@sanskarjadhav3496]

I have problem in calculation of this experiment

[@sanskarjadhav3496]

Please help 🙏🏻

[@sudeshpowar100]

@@sanskarjadhav3496 Please explore your doubt

[@sanskarjadhav3496]

@@sudeshpowar100 diameter of pipe (D) = 36.7×10^-3 m
Density of water (p) = 1000 kg/m
Viscosity of water = 0.97×10^-3 kg/ms
Volume collected = 0.001 cm³
Time = 33.24 second
Viscosity (u) = 0.02844
Then how to calculate Reynold number
Please help 🙏🏻

[@sudeshpowar100]

@@sanskarjadhav3496 First calculate Discharge = (Volume/Time) then calculate Velocity = (Discharge/ Cross section area) then calculate Re=(Density*Velocity*Diameter)/(Viscosity)..... Use SI Units like Diameter in Meter, Discharge in cubic meter per second, Viscosity in Kg/ms or Pas or Ns/m2
Hope this will help you

[@sanskarjadhav3496]

@@sudeshpowar100 Yes Sir Thank You 😊

[@RajuVerma-ie8ot]

Nn

[@SHAIL45ES]

Hindi bola kar

[@mastimazakkidunya7661]

Thanks for making this video
This video helped me a lot 🎈❤️❤️🫶

[@EngineersAadhar]

👌