darcy weisbach equation derivation

in this video i give step by step procedure how to derive darcy weisbach equation.........

[@d-vngwenya4043]

Your hand writing is impeccable & artistic

[@souvik.fingtore]

Thank you sir you are my favorite teacher on this plateform sir .thank u so much sir

[@dstan16224]

Thank you very much Sir...It really helped a lot 👍👍👍

[@chahatinstituteofcivilengi2388]

Va sir ji mange aapko itne acchi explanation.thanks Sir ji.

[@sanketbhangale6025]

Good explanation sir... But how we put f'/९ as f/2 i cant understand plz tell me!

[@b_09_tusharbhavsar55]

This is known as darcy's criteria

[@ItsMe-ze1xy]

best video...Thanks a lot

[@RajKumar-108CEO]

Do much more vedios sir
God level reaching 🙏

[@jayantamj7249]

Well explanation sir ❤❤

[@sibinmathew3187]

Why for the expression of frictional resistance square of velocity has taken? The expression has the unit of power. Then how we resolve that frictional resistance with pressure forces?

[@Learnify-q9e]

Sir please make a video on total pressure & centre pressure on vertical immersed plate .

[@vivekagnivamsha2304]

Thanks dude

[@a.screation4006]

Very very good explanation

[@saiteja.....9394]

I watched 3 -4 videos of ur channel great explained sir

[@edutechguruengineeringlear4280]

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[@pradipkatara2265]

Good explanation

[@abhisheksalunkhe7259]

GOOD EXPLANATION ..KEEP IT UP THANK YOU

[@arjunsr3379]

Very helpful!

[@user-sj5vm5kp1w]

well explained sir

[@CreativeuTuberIndia]

Very good if I get tomorrow in exam I will be very happy

[@mehboobnawaz7163]

Thank you sir ❤️

[@dhavalgandhi156]

Nice..sir... superbly explained...

[@anuprash347]

Love u paji thanks a lot

[@ruddromohonto1126]

thanks love from 🇧🇩🇧🇩

[@anjalishrestha0984]

Thankyou sirrr ❤

[@khushbusaini3561]

Best explantion

[@gtumimp3005]

Thanks

[@martinLmaina]

👌perfecto

[@sandeep.g5820]

Super 👍👍

[@Jaid17]

🔥🔥🔥🔥🔥🔥superb......👍👍👍👍🙏🙏🙏🙏

[@edutechguruengineeringlear4280]

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[@abhiraam19]

Thank you..

[@jeevithsoumyasuhas3464]

Thank you so much sir

[@abhishekjayswalabhi6703]

Thank u sir😀😀😀

[@talkingreels2937]

Super good

[@atulpawar3057]

Nice video

[@aryanraj6359]

Thank you guru ji

[@madhubabu_mm2415]

Love you sir ,, super explain ,, thanks sir

[@edutechguruengineeringlear4280]

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.

[@bikramgod9239]

Thanks alot sir

[@Hariprashanth-my4xs]

Is that couter flow ,cause P2 is created on another side?

[@adithyanr8526]

💖

[@rajputaksingh5961]

Thanks sir for clear my doubt 🙂🙂

[@edutechguruengineeringlear4280]

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[@kushaldevaraj9653]

Made simple nd good explaination make some more vedios on other topics

[@kunaladhikary4937]

Tell me why square of V is there in 5:48 ? (In frictional resistance equation)

[@college6531]

Same question

[@engr.ihsanfarooq8462]

Thanks sir

[@manishlade8822]

One of the best lecture sir.... Plz Upload more videos of FM also

[@adithyanr8526]

Super

[@srikarys8792]

Thank u sir

[@mukeshrajsah4645]

Outstanding 🙏🙏🙏💞💞

[@edutechguruengineeringlear4280]

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[@marshia9738]

hello sir
what's the difference between 4flv^2/2gd and flv^2/2gd?

[@vishnukumar1738]

Great question

[@jeansavv280]

Pressure formula /Area formula will cancel to give 4/d

[@rajhedau3437]

In Some of the Numericals while calculating Major loss 4 is Not used in hf formula and in some it is used. plz explain

[@frommarstosirius5494]

Ik I am 3 years late but when 4f is used , f is Fanning's friction factor
If just fLV²/2gD is used, f is Darcy's coefficient of friction factor or simply friction factor

[@ugdharmaraju9740]

🙏🙏🙏......🙌🙌🙌

[@edutechguruengineeringlear4280]

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[@nandkishorprajapati6233]

Coefficient of velocity per video banaiye kv and cv find

[@afaqmuzaffar]

hf=f`/(ro×g) ×L×v square × p/A
bro how this equation become???

[@manishyadav-ny9nj]

f' is friction resistance per unit wetted area per unit velocity but in formula Velocity Squere How

[@zararahmed2627]

Very nice sir you have solved my problem from 🇲🇷

[@GChandra_obulesu]

Very nice explanation thank you sir

[@satheeshkumar4792]

sir, please upload Hagen-Poiseuille equation

[@buranchakravarthy8758]

Tq sir good explanation

[@ketankumardobariya4488]

Very good explanation

[@srilathabarla9163]

why p2 is negative

[@khushirevankar8880]

I liked it good explanation

[@gtumimp3005]

Thanks

[@suseelasusee3905]

Tq sir

[@edutechguruengineeringlear4280]

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[@buranchakravarthy8758]

Sir please make more videos on fm subject

[@shravananjarlekar1668]

Flow through fixed parallel plate solve karo

[@mohamedmusthafaa5647]

Bernaulis theoram is useful to my work field

[@hemanthgowda5598]

God. 🙏🙏

[@edutechguruengineeringlear4280]

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[@vishalmor249]

plz upload notes also the pdf linlk of this notes

[@nagendran3408]

Nice bro

[@Iamclrscr999]

Online exam brought me here

[@edutechguruengineeringlear4280]

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..

[@ashvinisatalkar3384]

Why p1 is greater than p2 tell me

[@watchit9964]

Bcoz friction between p1 and p2

[@wattthead4098]

Fluids flow from high pressure region to low pressure

[@goood4944]

how A comes below 9:34

[@kothapillihari3007]

How f/rho changes

[@swatijadhav9631]

in Darcy equation f if coefficient of friction not friction factor plz check

[@khushirevankar8880]

I want equivalent pipe equation

[@gtumimp3005]

I will try this.....

[@khushirevankar8880]

Ok

[@edutechguruengineeringlear4280]

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