For any construction project, it is essential that accurate mass separation is carefully calculated before construction. The dissection of the wall volume should also be noted. Because the project is perfect when it comes to aesthetics and the quality inside needs to be guaranteed. How to calculate the standard volume of the masonry wall that you should know.
The calculation of the volume of the masonry wall plays an important role because the wall surrounds most of the project wall to prevent weathering and direct impacts on the factory. The accurate calculation of the wall volume dissection will bring the investor the following benefits:
+ Manage and control input materials. Save construction costs, control losses.
+ Review and evaluate the deviation in volume of masonry wall compared to construction drawings
+ Accurate material side projection
+ Balanced basis for bringing materials into the work
+ Accelerate the construction process when planning and providing what is needed.
The mass dissection for accuracy first needs to know the parameters of
How many square meters of walls can 1 block of sand build?
Materials for building walls need materials such as bricks, sand, cement, and water. In fact, not all wall surfaces apply only one type of brick. Depending on the type of brick, 1 block of sand will correspond to how many m2 of walls.
First determine the exact amount of material needed for 1m2 of wall
1m2 of wall needs: 0.02 m3 of masonry sand combined with 0.05 m3 of sand for plastering; 5.44kg of construction cement combined with 12.8kg of cement for plastering; about 68 bricks.
Depending on the type of wall you want to build, the number of bricks will be flexible: 100: 55 bricks/m2; wall 200: 110 tablets/ 1m2; Walls 220, 330: need to increase brick compared to wall 200.
Calculate cubic meters of masonry wall
1m3 of masonry wall will be indispensable for the presence of materials such as cement, sand, water, bricks. The construction will include wall 1 and double wall. Each place will have different wall size measurements.
North: Wall 1 is 110mm thick and double wall is 220mm thick.
South: Wall 1 is 100mm thick and double wall is 200mm thick.
The type of bricks used in the North is: 6.5 x 10.5 x 22cm. Meanwhile, the Southern wall has dimensions of 4 x 8 x 19cm or 8 x 8 x 19.
Specific examples in specific cases:
The mortar circuit has a width of 12mm and a length of 10mm. Suppose the wall is built as a double wall with dimensions of: 1m high, 0.2m thick and 5m long. The wall is built with 5 x 8.5 x 18.5cm bricks. Thus, 1 square meter wall will include:
Number of brick layers: n = 1/(0.05+0.012) = 16.13
Number of bricks in a horizontal layer: a = (L/(0.085+0.01)) X 2 = (5/(0.085+0.01)) x 2 = 52.63 bricks.
The number of bricks in a vertical layer is: b= (L/(0.185+0.01)) x 2= (5/(0.185+0.01)) x 2 = 51.28 bricks.
So total 1m2 of wall will need: N = (n x(1xa + 4xb))/5 = (16.13x (1×52.63 + 4×51.28))/5 = 832 bricks
From the data in 1m2 of wall, we can calculate the volume of bricks in 1m3 of wall as:
Mg = 832 x 0.05 x 0.085 x 0.185 = 0.654m3.
At this time, the volume of mortar in 1m3 of the wall is: Mv = 1- Mg = 1- 0.654 = 0.346m3.
