How to quickly calculate the area of woodworking formwork sticky ash in construction engineering

Hello, the area of the construction engineering carpentry formwork is calculated separately, and it is also only calculated that the formwork is stained with ash to calculate the effective area.

It is calculated as follows:

First of all, the area of the roof: first according to the size of the x and y directions given in the drawing, add the size of the middle to the side to calculate the total area, and then deduct the corners, holes, elevator shafts, stairwells and columns one by one, and finally calculate the area of the roof, which already includes the square of the beam bottom plate, so when calculating the beam square, you only need to calculate the square of the beam plate.

Then there is the area of the column: the perimeter of the net height, the easy way to take the perimeter of the L-shaped column as an example, is the length of the two outer sides of 2, and so on for other columns. In addition, the area of the column section is calculated and deducted from the roof area, and the column section area algorithm also takes the L-shaped column as an example, which is the sum of the length of one outer edge and the length of the other inner side of the column width.

The surface and cross-sectional areas of the column are calculated individually and then added separately. The outer column can be ignored at this time, and the ash thickness is consistent with the height of the inner column.

Then there are the beams: the exact algorithm should be calculated separately for each beam, and the inconsistent ash thickness on both sides should also be calculated separately. Simple method, the same large beam, the length of the beam to the net height, the ash thickness is inconsistent and then add or subtract.

Stairs: Here is a little more troublesome, but also need to be calculated separately, respectively calculate the rest platform, beam gang, off-line, tread area and then add, the full cut staircase inclined running plate does not need to be counted just with the shear wall.

One side of the tread mouth offsets.

Periphery: Because the ash thickness was deducted when calculating the columns and beams at that time, it is necessary to make up for it now. This algorithm is relatively simple, that is, the perimeter of the perimeter is gray thick.

Then there is the elevator shaft: the elevator shaft needs to calculate the floor area, and the horizontal projection area of the elevator shaft is multiplied by the number of natural floors, which is also calculated separately as the above method.

If the house type of each family is the same, 2, the staircase and the elevator shaft should be deducted, and the two parts of the standard floor should not be counted together.

Because stairs and elevators are not available in every family.

The standard is accurate to calculate the standard house type.

In the end, all the column heads, beam heads, this calculation must be reduced in the end, otherwise the company will give a lot less surface and what you expect. In this way, the error will not be too large.

Hope it helps you and is satisfied.

What method is used to calculate the area of woodworking formwork sticky ash fast.

I would like to ask, first calculate the floor area or how to say?

This is in your province's "Compilation of Interpretation of Valuation Quotas", which is the relationship between concrete and formwork 7377

Hello, the method of quickly calculating the area of engineering woodworking formwork sticking ash: 1Calculate the actual size of the formwork:

First, the length, width, and height are measured, and then the three-dimensional size nucleus is multiplied by Li to calculate the three-dimensional volume of the mold. 2.Calculate the area with sticky ash rolls: divide the volume by the area covered by each roll of sticky ash rolls (depending on the specifications) to get how many rolls of sticky ash rolls need to be used; 3.

Calculate the number of adhesive rolls required: the coverage area of each adhesive ash roll is multiplied by the number of rolls required to obtain the area of adhesive ash correction in the mold.

Hello, the ratio of the ash area and the construction area of the carpentry mold is the demolition of the wisdom mold: 1, if my answer is helpful to you, please give a thumbs up (in the lower left corner of the evaluation), look forward to your praise, your efforts are very important to me, your support is also the driving force for my progress. If you feel that my answer is still satisfied, you can click on my avatar to consult one-on-one.

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The ash area of the formwork is calculated one by one by one and a part of the surface rotten resistance of the concrete components: 1. Column: the sum of the southeast and northwest (cross-sectional perimeter) multiplied by the net height of the column; 2. Beam:

the sum of the two sides (web height) plus the bottom surface (beam width) multiplied by the net span length; 3. Wall: the length of both sides, the end face (cross-section perimeter) times the net height; 4. Floor: the length and width of the plate (axis size) minus half width of the beam or half thickness of the wall, multiply.

Hello dear, glad to answer for you, <>

Is the area of the carpentry structure calculated according to the area of the plaster, why is the following construction area calculated according to the calculation rules of 08 construction area, if the area of the carpentry template is calculated according to the area of the formwork stained with ash. Calculation of the area of the clay ash square shear wall structure of the template area is calculated according to the ash area, for example, a platform is 4 meters long and 4 meters wide, then the platform area is 10m, and for example, the size of a beam is 200 400, 4 meters long, ash thickness 100, no cross beam, then the area of the beam is (, for example, the square of the shear wall is the two sides of the wall and the column head to calculate the product of length and width, the above is the square of the shear wall, calculated according to the ash area.