Basic Geotechnical Engineering [ 15cv45]

[@nanagyadi47]

u realy explained evryting perfectly in detail. 👌👌🙏🙏🙏

[@imranbk4327]

:)

[@universaldefender9557]

I was agonising over the simplest aspect of this for my geotech assignment, and you just solved one of my major problems in a matter of minutes.

[@anwarhigh5517]

Needed this tutorial in basic Geotechnical breakdown for Cumulative Mass retained and Cumulative % retained. Big Help💯💯👌🏾👌🏾 Thank You!

[@biraj6384]

Condition for uniformity coefficient must be greater than 6 not 4. Cu >4 is for coarse aggregates or gravel. And for these fine particles Cu must be greater than 15

[@onekgiumichael5870]

So wonderful, thank you very much. I will now pass it well in my exams

[@albertjatta476]

Thanks for the great explanation

[@dbs2428]

thank you bro, notes and textbook had no explanation on how to do this

[@ashokkumarmandavi2346]

Nice, it recalled our basic formula also ,it will help to find the soil grade.

[@nicolas.leger3]

You’re the best Bro 😎

[@vinit30039]

U helped bro really thank you

[@XboxLil]

What do I do if I have a gap for the "weight of soil retained" column?

[@mdrezoanhossanshuvo8127]

Thank you sir. 🥰🥰🥰

[@nagpurflyoverqc304]

My self Bhrugesh Patel, ,Nice presentation

[@imranbk4327]

+Nagpur Flyover QC happy to hear:)

[@AnkitaHataparosa]

Sir I m confused to find out the values of D10 and D60.

[@imranbk4327]

+Ankita Sahu
On x-axis - sieve size
On y-axis -% finer.
D10 means particle size corresponding to 10% finer.
to find D10
Select the point 10% on y axis and extend that point horizontally with the help of ruler till it cuts the gradation curve.
Then mark that point and drop that point vertically downward , and then obtained point will be on x axis ,
that one is our D10 value.
Hope you understood :)

[@AnkitaHataparosa]

Sir should we take the sieve value in log?

[@imranbk4327]

+Ankita Sahu we should take sieve values on x-axis on semi-log sheet.

[@imranbk4327]

+Ankita Sahu we should use semi-log graph..

[@imranbk4327]

+Ankita Sahu On x-axis - sieve size
On y-axis -% finer.
D10 means particle size corresponding to 10% finer.
to find D10
Select the point 10% on y axis and extend that point horizontally with the help of ruler till it cuts the gradation curve.
Then mark that point and drop that point vertically downward , and then obtained point will be on x axis ,
that one is our D10 value.
Hope you will understood :)

[@sonumore1642]

Nice presentation

[@sonumore1642]

thank you sirji

[@michealtomisin586]

What if we are given the seive size but given all other

[@kaushalyadissanayaka2709]

How i can get the calculation of the pan

[@chris_tabella_]

It was helpful sir.Thank you

[@hamedolafikuolayiwola3978]

Please how can I calculate surface area, SSA from particle size distribution data?

[@Kukusvlogs0222]

very nice explain, thank you🙏🏻

[@nazirsaleh9123]

how to find percentage retained (g) ?

[@priscilacavalcante7677]

Great video! Thanks!

[@imranbk4327]

+Priscila Cavalcante happy to hear :) stay tuned

[@12Hydrocarbon]

Hey thank you very much. Very helpful indeed.

[@imranbk4327]

+Guleed Farah Nice to hear :-)

[@sadafmaner2209]

Thanks for helping me..

[@imranbk4327]

+Sadaf Maner happy to hear☺

[@artrobert0875]

Thanks for the great video👌

[@danilsonfrancisco6051]

What is Cc and Cu sir?

[@civilengineeringasboonfors427]

thanks you bro,Its very helpful

[@emanelsherif6008]

Sir, Do you know how can I calculate the CM values of CM diagram from the distribution curve where C is the coarsest one percentile and D is the median. Is C value refers to 1% or 99%?

[@rubanpoul2249]

Exaplane rosin rammler particle size distribution with example

[@thomasbl5532]

Thankyou sir 😊

[@callmeurfriend1345]

good work bro ........too helpfull for me

[@imranbk4327]

+callmeur friend Happy to hear :-) .Stay tuned.

[@myviews6402]

what is the value of mew.

[@GOD-jq2dt]

thanku bhen aacha laga

[@Ammar-oc4jt]

Excellent, thank you very much.

[@HasanMahmud-ki3cj]

Thanks you so much

[@anebawkroinuj4017]

What's the meaning of pan?

[@imranbk4327]

Container

[@anebawkroinuj4017]

@@imranbk4327 thanks but let say you have to plot the IS SIEVE in mm on the x axis
And you already know the value of u
Do you also plot pan?

[@dragneel4541]

I am searching for that paper do you know where can I get a PDF plz help

[@imranbk4327]

Which paper do you want?

[@vga3011]

the paper to draw graph for find D10 and D60 bro

[@imranbk4327]

Its called as SEMI-LOG Sheet

[@mannuharit]

Thank u very much bhai

[@mahadevappamahadevappa5805]

Thank you sir

[@tumul1474]

thanks a lot man!

[@chandurao7832]

We want how to prepare of combinde graduation sim long grap

[@archiesugale7918]

Thanks!

[@neerajnani5936]

Thank you man...

[@shubhamchavan2744]

Nice explanation but please study about your camera angle otheriwse buy a mobile stand

[@imranbk4327]

Thank you for your suggestions. We will improve in our next videos.

[@NancyDhusia]

superb......

[@ramendole6744]

Good explain please make mor videos

[@kamruzzamanshuvo9384]

Thanks brother that,s cool

[@fatihdemirkaya7407]

useful video

[@viveksantoshi]

Thanks man...

[@leetrooper6834]

How to get the percentage of gravel, sand and silt/clay?
Btw thanks i learned a lot on ur vid

[@imranbk4327]

Happy to hear.
We will post that soon.

[@md.kasimmdkasim969]

Sir Red Compaction test kese kare mains palas kese kare video banaye capuletr ka video pizzzzzzzzzz

[@gogoagone7163]

Perfect explaining but very slow

[@imranbk4327]

Thank you bro.Yeah it is lengthy video bcz i tried to clear all .
Have a good day :)

[@gogoagone7163]

Helpfull video

[@harisaries220]

nice

[@atifpatel8690]

Thanks

[@shivamjoshi2612]

you did well but very slowly......

[@sonukumar-nm2js]

design Karna ma aggregate ka % kasa nekalta ha

[@imranbk4327]

Concrete design k liye ?

[@aldrin812]

ty for the help

[@imranbk4327]

+Jonas :)

[@md.kasimmdkasim969]

Thanks sir

[@sanalohani585]

vtu?

[@imranbk4327]

+sanaulla lohani yes

[@radhashivu2896]

Tq sir

[@shashwat_singh_vlogs]

Bhai hindi me kar liya karo

[@dstv260]

Thank you very much

[@md.kasimmdkasim969]

Thanks you sir

[@amalnarah2445]

Thank u sir

[@boitumelotlhakung4532]

Thank you so much

[@muhammedwaqas4430]

Thanks sir