How To Calculate Quantity Of PCC, Footing & Column II Shuttering II Concreting II Estimation II

Hello friends, welcome to Knowledge Au Channel. Let's Learn Together. In today's video, we are going to see how to calculate the quantity of PCC, column footing, shuttering of the column and concrete as per the drawing. How to calculate the quantity of PCC? We will talk about, according to the drawing, here is a chart of PCC: Putting Type Column Numbers RCC Putting Size Depth f1 c1 f2 c2 1350 ba 1650 1350 ba small depth is 230 and b is big depth 450 so what are we? Now how will we calculate the quantity? First of all there is a number of shuttering or serial number description unit numbers length bread depth quantity remarks in this meter one number and now 1.35 is given in it. Similarly here, 1.65 here, the offset of the side is Pv Pv and depth is Pv, so the quantity has come, Apni 2 in means two numbers, this is D number, not one number into L Ps B means 1.55 P 1.85 in depth easy means given here. Heaven is in numbers in elps b bucket k in e 68 meter square now we have to find same A2 also if it is same dimension then how to find kick of same PCC length is 1.55 breadth is 1.5 and depth is p to y formula what aga numbers in A in B Nadi E 1 * 1.55 * 1.85 * 1 = 29 A K This is a simple formula, numbers into length in breadth in depth E is equal to quantity will come in cubic meters, it is very easy to find out the quantity of PCC, just look at the drawing and By looking at the offset, how much offset it is and there is a schedule, by adding that offset according to the schedule, we can calculate the length bread, after that the depth is given, accordingly we can calculate the quantity of concrete for shuttering, today we will calculate the column. How to calculate shuttering and concrete quantity of footings and columns Who will see the drawing According to this, first of all we will make measurement sheet Serial number Description Unit numbers Length Bread depth Quantity and Remarks Now column footing shuttering quantity For this we will have to refer the drawing A drawing is given here, see the column numbers, fitting size is given, thickness is given c1 c4 c12, the fitting is 1300 by 1700, thickness is 450, see here c1 c4 c1 is three numbers, 1300 by 1700, 450 is the depth and its See how is the drawing of the fitting. It is a simple rectangular fitting, so how will we calculate the quantity? The numbers are three numbers, right? 3 * 2 means 2 * l b means 1.3 + 1.7 in depth 45 = 8.1 square meter. Next is c2 c3 c2. What is the dimension of c3 1400 by 1800 and what is the thickness and how much depth is 500 then accordingly how much are these two numbers 1400 by 1800 500 Same formula is Numbers in 2 These numbers in 2 in bucket 1.5 P 1.4 P 1.8 in According to this The quantity of shuttering is equal to that of c5 is 1.4 times 1.8 and that of c6 is 1.3 times 1.7 and that of c7 and c is 1.5 times 1.8 same. Here we have taken the dimension and accordingly calculated the quantity of shuttering by applying the same formula. Now how to calculate the quantity of concrete. In this, all the numbers are same, length, breath, death are same, only what to do in the formula is numbers into length, into depth, quantity will come in two meters, like there are three numbers, 1 3 * 1.3 * 1.7 * 45 = 2.98 cubic meters, c2 c3. Similarly, quantity of c5, c6, c7 is also in cubic meter. Now we will see about the columns. See what is the size of column given in the drawing of column c1, c2, c4 and c12. From fitting to first loop, everything is 230 by 600. Keep this in mind, there are three columns, 230, 600 and diameter meter. We considered the height, so how to calculate the diameter and quantity. The numbers in 223 p 6 * 2.5 are 12.4 square meters of shuttering. Done, c2 c3 is somewhere 23.6, its quantity according to 2.5 meter is 2 * 223 p 6 2.5 8.30, we will also calculate c5 c67 a14 with the same formula, now how to calculate its concrete quantity, it has the same numbers L Bd Sub. The only formula is the same, the numbers that will come are 3 * 23 * 6 * 2.5 = 1.04 cubic meters, c2 c3 is also equal to 2 * 23 * 6 * 2.5 = 669 cubic meters, after this, the cubic meters of c5 c6 c7 c14 are also the same according to the formula. While calculating the concrete quantity of the column, we have to consider floor to floor. Keep this in mind that there should be shuttering and concrete. If we want to see floor to floor, then we should take shuttering only as far as we can and concrete should be complete floor to floor. It is easy to understand, if you see the drawing then you will get the idea, so friends, here is our today's video, how did you like today's video, please do comment, if you like it, like it and if you are watching my channel for the first time then Please subscribe my channel and press the bell icon on the side so that you can get notification of all my videos. Thank you.