How to calculate cement sand and aggregate quantity in concrete | material quantity calculation |

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In this tutorial, i have explained briefly How to calculate Cement sand and Aggregate quantity in the concrete slab.
This tutorial is beneficial for not only the engineers working on site but also for those people who plan to build their homes and other establishments so that they can know How to calculate the quantity of materials in concrete and estimate the quantity of cement, sand, and aggregate required by themselves. This enables them to minimize the expenses on construction by reducing the construction cost.
It is quite easy to calculate the amount of cement, sand, and aggregate required for the construction of slabs. Everyone and not only the engineers can calculate it and that too just while sitting back at home.
After watching the complete tutorial you will be able to calculate the quantity of materials in slab for any grade of concrete.
By using this method you will also know how to calculate Cement sand and aggregate for m20 grade concrete.
PS:
The procedure shown in this video is for PCC Slab (without steel)
M15 is used for plain Cement concrete. For RCC Slab you can use the minimum grade M20(1:1.5:3) and do the calculations accordingly.
Regards!
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#concretequantity
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►DISCLAIMER
The information provided in this video is for educational purposes only. The viewer is solely responsible for verifying the information and the use of the information in this video is at the viewer's own risk. The content is not intended to be used for professional or commercial purposes. The application of the information presented in this video on a construction site should be carried out only by a licensed and qualified civil engineer.
This video may contain copyrighted material the use of which has not been specifically authorized by the copyright owner. However, under Copyright Disclaimer under Section 107 of the Copyright Act 1976, allowance is made for fair use for purposes such as criticism, comment, news reporting, scholarship, and research. Fair use is a use permitted by copyright statute that might otherwise be infringing. Non-profit, educational or personal use tips the balance in favor of fair use.

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Please, what do you mean by dry volume?

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@@babajidegeorge7320 it's without water,which is higher compared to wet in which volume shrinks

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Glad you think so

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Thanks brother for sharing your experience.

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Very clear and lucid explanation. Being not related to civil engineering, still I could learn quite a bit. Thanks for the video.

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[@ceearc8529]

I really enjoyed this thanks

[@farooqbashir4111]

Very Correct methods of explaining & calculations for the Concrete materials Quanties by Volumes. Thanks

[@Desibeauty1]

ماشاءاللہ بہت خوب سر جی

[@mirzaimdadullahbaig1590]

Thanks very much, very informative

[@user-vb8fn9mo7o]

MashaAllah MashaAllah ap ki video boht achi hoti hai Allah pak khosh rahkhe ameen sum ameen ♥ ❤❤❤❤❤❤❤❤❤❤❤❤❤

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Very clear and useful

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This is the most simple and detailed explanation of all.. it's very helpful thankyou

[@CivilTutor]

Glad it was helpful!

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One of the best vedios on this topic ❤ thank you

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This are great tutorials, tips, so helpful for building contractors & mistry in the absence of competent engineers.

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Glad it was helpful!

[@creativebrz1638]

This is exactly what I need. Thank you for sharing.

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Very very valuable 👍. Thank you.

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Nice explanation sir more than other civil teachers, i once watched over your video of cantilever beam and strength of material, more effort to your able.

[@CivilTutor]

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[@CivilTutor]

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Wonderful ❤thanks

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Very good information thank you, I always wondered about that dry volume to wet volume, 1.54..thank you from trinidad.

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Thank u sir

[@kalyanchakravarthi497]

Wonderful explanation

[@lawrenceokojie579]

Thank you v much Sir.....plz I would like to have a video on calculation of number of bars in a slab & also in a beam / column

[@CivilTutor]

Check out my Playlist

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X the l

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Well Explained

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simple and clear

[@pegsavn]

Can you please make a video on How to calculate aggregate in making Column beam for RCC compound wall and RCC panel brick design.

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Good informative video 🙏👌 One question please, Do you where we could higher study option and quantity survey traing approved institutions in India please 🙏

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Nice information sir 🙏

[@ukghconst]

This mixture 1:2:4 is for concrete with rebar. You can have lesser one for mass concrete 1:4:6

[@facts9420]

You're right

[@Elsololobo2]

No, the minimum grade of PCC is M15 and the minimum grade for RCC is M25 so he's right

[@aryaa.p4342]

Thanks sir

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[@CivilTutor]

Glad it was helpful!

[@MATENDEAKIM]

yes i shall be waiting for next estimation of sand

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[@CivilTutor]

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Thanks

[@Tom_Ent]

Good information

[@CivilTutor]

PS: The procedure shown in this video is for PCC works (without steel) M15 is used for plain Cement concrete. For RCC Slab you can use the minimum grade M20(1:1.5:3) and do the calculations accordingly. Regards! Download my compiled pdfs on Quantity surveying topics 👇🏻 store.civiltutorofficial.com

[@fahadhassanshahpeerzada2442]

What is M15 & M20

[@CivilTutor]

These are concrete grades... M15 means concrete mix (1cement : 2 sand : 4 aggregate ) having characteristic compressive strength of 15N/mm². M20 means concrete mix (1cement : 1.5 sand : 3 aggregate ) having characteristic compressive strength of 20N/mm². Regards!

[@fahadhassanshahpeerzada2442]

@@CivilTutor which ratio is best for 40x29 slab with 4.5 depth

[@fahadhassanshahpeerzada2442]

@@CivilTutor also suggest me which cement is best for it? I picked ultratech weather plus. And can we add dust to this mix?

[@CivilTutor]

The best safe mix would be M20 (1:1.5:3) for Slab and Beams.... For Columns you can opt for M25 (1:1:2). If you are looking for high durability and workability, then i would recommend PPC. However, if you are looking for less initial setting then i suggest you to use OPC for house construction. There is no harm in using Crusher dust if unadulterated by soil and other undesirable impurities. if you are talking about the finer particles below 150 micron - it is not recommended to use in concrete and last thing it would consume you more cement. Regards!

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which software did you use to make this video? ?

[@mwiingamweene4807]

Very simple and accurate thanks 🙏

[@Civil_Institute]

Nice!

[@kesogonzaga2671]

Hi, thanks! do you usually have to subtract the volume of the rebars? Or can that be neglected?

[@CivilTutor]

That we neglect

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Nice

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Good video

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Thanks 🎉 sir

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thanks for info

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Welcome

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nice

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Thx

[@imteyazali3410]

Dear sir, How to calculate the average spacing of ties, if a column having length of 3 m. The spacing of ties in CR (i.e. 1 m) is 125 mm and in NR (i.e. 2 m) is 175 mm. Thanks

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[@CivilTutor]

Glad to hear that

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Great work but hw to include the beam ratio of slab also

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Good

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please add about retaining wall in detail

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Thank you

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welcome

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Respected sir please share how to calculate RB slab

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[@xenomynth]

How can u directly multiply 1.54 (which is, as per ur other video is in m³) with cubic feet?? Is that even possible? 1.54m³ x 450ft³? Without any conversion factor in between?

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I am a Sri Lankan who got lots of things fm Indian booka ´many thanks bro

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Great 👍

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👌

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[@CivilTutor]

Big fan sir🙏.... Learnt a lot from your videos.

[@ubaidkhan8349]

There is a confusion with density. What we use bulk density or specific density? And what is density of grade 53 cement?

[@UsmanAhmed-tx3ct]

Supurb brother

[@ddarklord4742]

Good tutorial, understandable, am asking, how many liters of water to be mix?

[@CivilTutor]

Watch my tutorial on water cement ratio for different grades of concrete.... You will get to know how to calculate the quantity of water

[@ambethg2424]

1 bag cement to 0.45 ratio of water 50 x 0.45

[@manjalynevin8479]

as per indian standerds unint of measurement should be metric ,so please explain it in metric units

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You can always use conversion methods instead of asking the You tuber to do it for you.

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[@sidharth0709_]

What Is Cum

[@kheladibazz8215]

On site you use feet

[@mkante8134]

Thanks for your great video. I dont understand why the “total ratio = 7” ?

[@tananagatara6768]

M15 - 1:2:4 Therefore= 1+2+4= 7. Welcome.

[@karunakarpuli6356]

Sir please video on Complete BBS schedule On slab,beam,columns and footings, sir please do this on videos