Effect of Capillary Rise of Water on Effective Stress

Chapter 57 - Effect of Capillary Rise of Water on Effective Stress
Sometimes water molecules in soils travel in upward direction even against the gravitational forces. It happens because of a phenomenon called the capillarity or capillary effect. Capillary effect is the ability of a liquid to flow in narrow spaces without the assistance of external forces. This risen water is called capillary water.
Read Capillary Rise in Soils : elementaryengineeringlibrary....
Elementary Engineering Diaries: professorio.com/store/product...
_________________________________________________________________________
Effect of Water Table on Effective Stress : • Effect of Water Table ...
Soil Mechanics Playlist : • Soil Mechanics
Reference Books : elementaryengineeringlibrary....
_________________________________________________________________________
Stay motivated (Motivational Posters): professorio.com/store/product...
_________________________________________________________________________
Support :
PayPal : paypal.me/elementaryengg
Patreon : / elementaryengineering
_________________________________________________________________________
Connect :
Twitter : / elementaryengg
say Hi : [e-mail]
Website : elementaryengineeringlibrary....

[@rahul1268]

One day people will realise how effectively u r teaching with such clarity

[@parthajitmalla4647]

ABSOLUTELY RIGHT.

[@pranjalsarma5388]

you are absolutely correct

[@usaidriyaz5427]

Sir, your way of explaining in super! Thx and more power to you!!!!!

[@mikebriones1515]

Your videos are so helpful and well explained. ❤️ thank you!

[@user-kg5yi5vx4j]

Amazing teaching skill🧡.

[@nayanprajapati496]

Best way to learn soil mechanics . Thanks sir for making it so simply understandable. Please bring more lectures and also different subjects

[@jaalnet]

Thank you sir. Your video made my concept clear.... Once again thanks

[@ubhaypratapsinghrajput92]

One of the best way to teach.. Brilliant ..Thank you so much sir😊

[@jayshah8711]

Excellent work Sir.

[@SUNNY_ARKA]

What a presentation...!!!

[@thansiyapa4721]

Great work 🎊
Ur videos are really helpful
Thank you so much sir.

[@nadeemqadir9364]

Trust me Sir.
You gonna be millionaire soon.
Bcz the way you teach here I can proudly say, you are the best teacher in today's India.
Love from Kashmir ❤❤❤❤

[@ElementaryEngineering]

Thank you for your love and support.

[@pranjalsarma5388]

excellent explanation sir

[@nasaralhasani6223]

Thank you sir for all lectures. really it very helpful.
please sir make a video for CBR test

[@samuelraj6898]

Please make more and more videos its very helpful.
Waiting for seepage related videos

[@saumyayadav3467]

Great video sir

[@parthajitmalla4647]

Sir, this animation video is very helpful, thank u so much, sir. Sir make more videos asap.

[@chanakawickramasingha3825]

nice work

[@johnbutler7023]

Your videos are really helpful and easy to understand.
I have one doubt, that is -
6:06 if capillary effect produces tension in soil then why we neglect the ignore the effect of capillarity as we increase soil depth? Do The soil above reference line posses no tension ? If it posses tension even we calculate at bottom then why not it's included?

[@ishwarya-5458]

Sir,please put video for slope stability and all civil subjects

[@purusottamvishwakarma1480]

Big fan sir. Pls make video on compaction.......have a major doubt between zero air void line and line of optimus

[@ashishkumarpatel734]

Bro...
If you put different values of water content in formula of theoretical maximum dry unit weight (S=100%)
you will get zero air void line.
It's significance is that no real compaction curve can intersect it or can be beyond it, as for real compaction at field max. saturation that can be achieved is 80 to 90 % only. Line of optimus is line joining maximum dry unit weight of compaction curves at different compaction energy.

[@purusottamvishwakarma1480]

@@ashishkumarpatel734 thank u brother....really appreciate

[@gihanchathurangakasturiara5688]

👍

[@herykalyan6979]

Kathehi जहर

[@PankajSingh-yh8vq]

make more videos pls sir

[@civilexplorer7038]

Sir u'r sound is too low. Please adjust in u'r next video.