Mod-01 Lec-25 Design of Sheet Piles

[@Mahd2208]

Great skill Sir, The way you explain is amazing sir, May God give you healthy and long life.

[@abizakerameli9166]

Many thanks for the amazing lecture. It was very useful to me.

[@avishekacharyaav4924]

Hey,if any one is having confusion regarding pp2b as me then it might be helpful, consider the full right side has active pressure and left side is passive pressure,
Then,
Pp2b = (Kp*r*d ) - (Ka*r*(H+d))
As,
d=a+y from fig put in the above eqn then solve you get
Also at last you need to put a condition of point c1,
i.e, active pressure = passive pressure
Kp*r*a - Ka*r*a - Ka*r*H =0 Then you will get
Ppb2=(Kp-Ka)*r*Y

[@rakeshmehta_7]

Great knowledge... thanks for sharing

[@rayzbudh]

Thank u sir so helpful u shud be the god of sheetpile

[@saimehrar6253]

Dear Sir
In the derivation of granular soil without anchoring (very first case)
for writing the equation number 2 and 3 , you use pressure (Pa) that was the active pressure at the dredge line was not correct. Here we will have to use (Ra)
that was the resultant of all forces above point "O" from the right-hand side.
please check it.

[@onzy2972]

Yes, that's what i thought. He used the pressure at O instead of the resultant force, for which the formula is F = 0.5 Ka Y H^2

[@subashsijapati727]

Thankyou sir ....sir one question i am confuse in cohesive soil after 39.50 calculating the moment at point B you have written Pa(y+ý) bt according to your solution there should pa(ý+D)....Ý=y bar ...

[@govind4522]

Boss first that is for granular soil. And its correct if you taking moment @ B how Pa multiplied by Y+D. Its correct moment x distance wrt B point

[@vdt671]

22:30: Can somebody explain how the net pressure diagram derived from two straight lines is a curved line, which has to be approximated by straight lines?

[@gnidnoeled786]

In active and passive earth pressure diagrams as shown, a is from point D to O (O being the point of rotation). In net pressure diagram, point D to point C1 is also called a. Are points O and C1, both points of rotation and value of the a is the same? Anyone?

[@bip_bip_lechuga]

So how might this change with a varying water table? I.e., a water table on the right side up to a height, where the water table on the left side is equal to the dredge line.

[@VinayKumar-hx7ur]

is this practical possible ?

[@aliosmankahveci6883]

Thank you for this beautiful expression.

[@amanjaat9418]

Tnxs.for knowledgeable lecture..

[@govind4522]

In granular soil how will calculate Ybar you haven't mentioned anything.

[@syedshehzadali5940]

Thank you guri ji

[@nargisjahan6795]

Thanks for this helpful video.

[@mamao2854]

Hi thank you for your video so great
just one question please , after 39:10 you didnt calculate the small triangle DO distance (a) , someone could explain me how did he calculate the pressure of that triangle
thank you so much

[@SahinAhmed]

Late but may be helpful for others:
Small triangle part DC1 distance (a) is considered in pressure calculation at the point (C1):
Ka.Gamma.(H+a)=Kp.Gamma.a

[@goodmind6446]

At time 13.25 explanation is not clear sir . Thanks !

[@sourav3258]

Z is itself variable of D and Y,how can we find Z from equation 2 and put in equation 3??

[@the_right_path_14]

Why is the net pressure at 23:30 isn't linear ?

[@Optimize_Civil]

Very well explained

[@TEMELTASCONSTRUCTION]

Good work

[@mr.keshav2389]

Less sound is the measure problem of your channel...please try to overcome this problem

[@nyazz22]

headphones help

[@dibakarpaul7202]

where do you get Ka¥(H+D) in active pressure diagram

[@SahinAhmed]

Late but may be helpful to others:
At point B total Depth is (H+D) so active pressure is Ka.Gamma.(H+D)

[@oShahji]

@@SahinAhmed but there's no active pressure acting there

[@Dream_Roll_Explore]

thank you sir...

[@alaabazuhayr8835]

I need a help with designing a cofferdam .. any idea?

[@viveknath6189]

good teaching

[@sunilpawar1082]

how to decide the pressure is active ya passive

[@asadkhan-nx2rf]

When the wall/sheet moves away from the backfill-active
And when wall/sheet moves towards backfille-passive pressure.

[@saimehrar6253]

THANKS

[@bhabindrakarki-jn6gb]

video has low sound

[@anilpoudel2808]

But you didn't explain the formation of pressure diagram for cohesive soil. Why??

[@SanjayKumar_optimist]

Yes, he didn't, I was looking this video only for that reason, and same is missing.

[@sharksinvestment9864]

@@SanjayKumar_optimist it is complicated due to the cohesion in clay

[@debdutroy6680]

Pp2(b) is not well explained

[@mukhalladmurad6877]

Same question

[@vikramray1093]

Yes

[@avishekacharyaav4924]

Hey,if any one is having confusion regarding pp2b as me then it might be helpful, consider the full right side has active pressure and left side is passive pressure,
Then,
Pp2b = (Kp*r*d ) - (Ka*r*(H+d))
As,
d=a+y from fig put in the above eqn then solve you get
Also at last you need to put a condition of point c1,
i.e, active pressure = passive pressure
Kp*r*a - Ka*r*a - Ka*r*H =0 Then you will get
Ppb2=(Kp-Ka)*r*Y

[@er.yogeshsharma3102]

Plz provide lectures in hindi language

[@harrisonhaverly3516]

use a video translator (votch.tv or similar)

[@GauravSingh-bb2cy]

at 27:08.. you mentioned wrong distance 'a'

[@mohamedsaidamakhlouf1225]

Indeed, that's what i noticed as well.

[@hafizliew281]

@@mohamedsaidamakhlouf1225 same. mee too. and there is a lot of miss explanation on the 30m and above which quite confusing.

[@sheetpileshunli2920]

Sheet Pile Manufacturer - google：shunli sheet group.
get free sheet piles solutions

[@cicikshots2011]

sir thanks but cohesive vala thoda or elaborate krte to or samjh Ataa

[@Satyam_Kumar1405]

Acha nhi lga video sir

[@vikramray1093]

Not upto the standards of NPTEL

[@monkeypolicd]

you guys are teaching outdated methods...use simplifies method instead.

[@Satyam_Kumar1405]

Boring

[@muhibnazir4670]

Sir sorry to say but u should stop making these nonsense videos