Falling Head - Variable Head Permeability Method

Chapter 48 - Falling head - Variable Head Permeability Method
The property of the soil which permits the water or any liquid to flow through it through its voids is called permeability. It is the ease with which water can flow through the soils.
Falling head or Variable Head method is suitable for fine grained soils which are relatively less pervious because of their poorly connected voids.
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[@buncious]

Really one of the best channel for soil mechanics out there! Thank you, sir!

[@experimentoruser9917]

not one of the best, it is the best

[@AnushkaSahu-op8pb]

All this firstly was too difficult understand but after this vedio it was so easy to understand thank you so much 😊

[@erubaidulnazir6114]

Hi sir. First of all a big thank you for uploading such a great video lecture♥️ 🤗👌👏👏👏 very easy and such a great explanation and with animation makes it outstanding ..keep sharing.more and more lectures ..love it and again thnx please upload more lecture..

[@lbd1co]

Wonderful videos! thank you so much for simplifying and making these concepts accessible to many! you are life savers!!

[@vedantsuryawanshi2920]

Thank you Sir for your valuable 💐🍫 and excellent 💯👍👏 explanation. I really thank you from the bottom of my heart ❤ for making such beautiful and interactive videos which make the subject really easy . Please keep up the good work 🍫and flow !!! 🙏💐🙏

[@shivamgupta1773]

Thank you so much for these all videos , it helps a lot & clear the concepts.

[@challatiru4773]

We need this process in all subjects in civil. .... please upload SM FM&HM,SA,SE,EE,TE,DE ETC....

[@chanchalsoni7535]

best channel for geotech.....

[@abiramiselvam2193]

Thank you so much

[@Chingjei_wanghu]

How easy the explanation was. Thank you!

[@ElementaryEngineering]

You're welcome!

[@NicholleWillisLoves]

In these videos, could you also mention the real-world purpose of the results of these tests? Like, why knowing the permeability constant for a soil sample can help the engineers in the field? Love the way you explain these, but also just kinda missing the real-life application of these test results.

[@user-cq2qe8iv4i]

Thank you ❤

[@harshpatel3181]

Its so easy to understand. thank you for your effort.

[@oliverlungo831]

Simply the best✊🏾

[@Noor88998]

Plz Upload more videos of every topic nd sub of civil engg ur videos are super easy to understand...✌️✌️

[@sandeepkumarsain9742]

So simplified way , thank you

[@sadmanhafizsiam9604]

Thank you and love from Bangladesh..

[@jabeersk1299]

Expressing my gratitude in way of subscribing

[@sidhiswarupabehera3910]

Thanks alot sir for uploading such a great video🙏🙏

[@dramarecaps2731]

Thank for video.

[@biting.scorpio]

excellent initiative ... very good work

[@OlegLee100]

Thank you very much for Soil Mechanics! Great lessons! I've got in the Example k=0.36*10^(-4).

[@ninakoko5337]

thank you sooooooooooooooooooooooo much

[@rahul1268]

Best as always

[@utkarshgupta1557]

Very helpful

[@adsingh5630]

Amazing sir .... Konsa software use karte ho aap.?

[@ivanhe6185]

thx for the video

[@amitabhsrivastava6578]

Sir please upload a video on how to read plan and profile of road and extract all details from it and how to determine the number of layers of embankment suppose for 100m from cross section and quantity of each layer.

[@Kandichandrakumar]

Simple and superb explanation

[@violetakoth8360]

Weuh this is legendary thank you 😊

[@angelxd7019]

Gracias desde México 😁😁

[@haki_verse7164]

Golden Words

[@louvre266]

Hola, fantástico tu video, me va a servir mucho, Gracias. Qué programa usaste para editarlo? Saludos

[@dksingh457]

Please upload more video sir...

[@civJamesJoel]

Mind blowing

[@israelojo7620]

Can you please explain why the final equation for permeability is in m/s instead of m^2 (darcy)? Thank you so much for your explanation!

[@johnkatumo921]

This is my question too sir

[@louvre266]

SI units = (m2mm/m2sm) = m/s

[@louvre266]

@@johnkatumo921 SI units = (m2mm/m2sm) = m/s

[@MajeedPodcast]

How to calculate a (the area of the pipe )

[@louvre266]

a = Pi d2 / 4 d = diameter of stanpipe

[@dksingh457]

Others subject also

[@rahul1268]

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[@cebdutt]

Its like, as if sachin Tendulkar is teaching us

[@voice_over_Pk]

👌👍

[@engrallahjuriodahri9034]

Love and respect from Pakistan 🧖

[@samuelmartinez8814]

ponlo en español porfa

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Siir please hindi mA bhi banana

[@maseeraahmad9562]

Maseera Ahmad 52

[@fakeidofathug9859]

i thought for first sachin tendulkar was speaking...

[@ElementaryEngineering]

:D

[@yousiffali3622]

Thank you so much