Member • May 6, 2015
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prahuguys i would like to know the exact step by step procedure for calculating quantities for cement,sand and coarse aggregate for a 10 sft room
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Member • May 6, 2015
#-Link-Snipped-# do you the calculation detail of the foundation also ?Are you sure? This action cannot be undone. -
Member • May 7, 2015
yeah i need the calculations for the foundation details tooAre you sure? This action cannot be undone. -
Member • May 7, 2015
is the foundation open type or pile typeAre you sure? This action cannot be undone. -
Member • May 7, 2015
the type of concrete which you are using?Are you sure? This action cannot be undone. -
Member • May 8, 2015
its a pile foundation and the grade of concrete we are using is c60 grade concrete and the site is located in dubaiAre you sure? This action cannot be undone. -
Member • May 15, 2015
can any one solve my issue here?Are you sure? This action cannot be undone. -
Member • Jun 2, 2015
can i at least get an answer to my question that i have posted it's really urgent for me hereAre you sure? This action cannot be undone. -
Administrator • Jun 2, 2015
#-Link-Snipped-# What issue are you facing exactly? Could you tell us where you are stuck? Isn't the procedure available in your books?
Tagging #-Link-Snipped-# here seeking help.Are you sure? This action cannot be undone. -
Member • Jun 2, 2015
The way you posted this question is really vague. Since you just mentioned a room alone, we can't really perform the calculations for the foundation based on this.
The room can be a load bearing structure consisting of foundation provided to the brick walls or it could be a framed structure with four columns on each corners supporting it and thus only these columns will require foundations.
First of all, let's consider the places where you might require cement, sand or coarse aggregates:
1) Roof made up of concrete.
2) Column(If present).
3) Cement-sand mortar for the brick walls.
4) Concrete flooring if present or for mortar as a binding material for flooring.
5) Concreting in foundation if framed or as mortar in foundation if it's a masonry type foundation.
6) For plastering of walls.
Now, the amount of cement, sand and coarse aggregates required for Roof(can be assumed as 150 mm) and columns will depend upon the concrete mix. Suppose it's M15 with 1:2:4 wix proportions. For 1 m3 of concreting work
The cement= 1/(1+2+4)= 1/7 m3
Sand= 2/7 m3
Coarse aggregates= 4/7 m3
Also, it is assumed that a 1 m2 and 1 brick or 230 mm thick brick wall requires 0.04 m3 mortar. You can accordingly find cement and sand requirement based on mortar mix as mentioned above.
For plastering, you have to find the internal and external perimeters of the room and decide on the thickness of plastering required(12 mm or 24 mm are commonly used).
Once you have the volume of plastering required, it's easy to calculate the cement sand requirements just as above.
Do ask back if something is not clear.Are you sure? This action cannot be undone. -
Member • Jun 11, 2015
that's clear!!!Are you sure? This action cannot be undone. -
Member • Jun 12, 2015
can you explain this in depth.Are you sure? This action cannot be undone. -
Member • Jun 12, 2015
What portion do you want me to explain in depth?Are you sure? This action cannot be undone. -
Member • Jun 17, 2015
i mean the basics and the standard procedures for sorting out the quantities.Are you sure? This action cannot be undone. -
Member • Jun 19, 2015
can any one please help me in sorting out the quantities for this dwg? it's really urgent for meAre you sure? This action cannot be undone. -
Member • Jun 21, 2015
can any one please solve this????Are you sure? This action cannot be undone. -
Member • Jun 21, 2015
I would have tried but I am just a fresher and don't know how to read structural drawings yet. Still, you seem to have the dimensions of the wall and roofs from the drawing. You can easily calculate concrete for that at least.Are you sure? This action cannot be undone. -
Member • Jun 21, 2015
can you tell me how did you do that?Are you sure? This action cannot be undone.