Now, let us calculate the quantity of soil (moorum) required for the plinth filling procedure in the building plan given below.
=(5- 0.23)
= 4.77mtr.
The width of the filling
W = (3m - width of the plinth beam.)
=(3 - 0.23)
= 2.77mtr.
The volume of the plinth which should be filled by the moorum
= 2×(d ×L ×W)
= 2 × (0.52 × 4.77 × 2.77)
= 13.74 cubic meters.
Here, we multiply the vol. by 2 for the two identical room plinths, as shown in the drawing.
When we fill the moorum in the plinth and compact them, we need 30% extra material as the moorum supplied to the site are loose soils with voids.
So, the volume of the construction soil (moorum) required
V = [13.74+( (30/100) × 13.74)]
= 13.74 + 4.122
= 17.862 cu.meter.
or compacted soil = [1.3 × loose soil.]
So, the quantity of construction soil required for the plinth filling
= 1.3 × plinth volume
= [1.3 × 13.74]
= 17.862 cum.
To convert it into cubic ft., we will multiply it by 35.315
= [17.862 × 35.315]
= 630.80 cuft. or 6.31 brass
Plinth filled with moorum. |
Note: Compacted volume of the soil varies from 1.25 to 1.35 times the loose soil, depending upon the texture and the grain size. But for calculation purposes, we generally consider it as 1.3 times the loose soil.
Calculating the number of trucks or tractor trolleys of construction soil required for the plinth filling:
Usually, the container size of the truck is 5cum. by volume. and tractor trolley is of 2cum in volume.
Truck dumping the soil. |
Now, the number of trucks needed to fill the plinth
= 17.862/5 = 3.57 nos.
The number of tractor trolleys required to fill the plinth
= 17.862/2 = 8.931 nos.
or in another way, suppose if the vol. of a truck container is 1.75 brass and the tractor-trolley is 0.70 brass,
then, the no. of trucks required
= 6.31÷1.75 = 3.60 nos.
The no. of tractor trolley required
= 6.31÷0.70 = 9 nos.
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Thank you for going through these calculation steps❤. Have a good day 😄.
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