How to calculate the area of full scaffolding? Note the area

It should be different in different regions, and the algorithm is different.

Hunan's full house of scaffolding.

Calculated according to the horizontal projection area of the actual tower, without deducting the area occupied by the attached wall columns and columns, the basic floor height shall prevail to the above. For the plastering and decoration of the ceiling that exceeds the limit, the basic layer of the full scaffolding shall be calculated; If the height of the layer is exceeded, an additional layer is calculated for each increase, and the number of layers of the additional layer = (layer height, rounded to the nearest integer.)

If the indoor scaffolding is calculated, the interior wall decoration will no longer be counted as the decorative frame, and the erection man-days will only be increased by every 100 vertical projection area of the wall.

The double-row outer frame is used within 24 meters per 100m2 according to the side projection area.

Turnbuckles: 8 pcs.

Cross buckles: 176 pcs.

Base: 5 socket fasteners (buckles) 29 pcs.

Scaffolding: Blocks.

4-6m steel pipe: root.

Steel pipe: root. Each qualified fastener can withstand a force of 240kg, and the erection shall not be higher than six floors, and the height of the plant shall not exceed four floors.

The specification stipulates that the vertical rod shall not be larger than the meter, the crossbar shall not be greater than the meter, and the horizontal large crossbar shall not be greater than the spacing.

It is not the same, if the building quota is applied, it is the horizontal projection area, and if the maintenance quota is applied, it is the vertical projection area.

Full House Scaffolding Calculation Rules:

1. The plastering greenhouse or the ceiling with a decorative surface that exceeds the indoor height should be counted as a full scaffolding.

2. The full scaffold is calculated by the horizontal area, and the area is calculated according to the horizontal projection area of the ceiling constructed by the full scaffolding, without deducting the area occupied by the stacks, columns, and chimneys attached to the wall;

3. The height of the scaffolding is calculated from the floor of the indoor bench to the bottom of the greenhouse;

4. The basic layer of the full scaffold is prepared within 8m, and when the height of the increased layer exceeds 1m, it can be calculated according to the height of an additional layer.

Use full house scaffolding:Decorative scaffolding is no longer calculated separately for interior wall decoration below meters, and masonry scaffolding for interior walls is still calculated according to the provisions of internal scaffolding. The use of full scaffolding depends on its height, and if the net height of the ceiling is below the ceiling, no matter what kind of decoration technology is used in the ceiling, the decorative scaffolding is not counted.

When the net height of the shed is between to, the decorative scaffolding of the ceiling is calculated according to the quota of the full scaffolding layer, and when the net height of the shed is above, the decorative scaffolding of the ceiling should be calculated as the basic layer and the additional layer of two quota items.

The above content reference: Encyclopedia - full of key scaffolding.

Summary. Kiss! Hello, happy to answer your <>

How is the scaffolding calculated by the cube? As follows: the projection area of the outer edge of the structure is multiplied by the height, and the column is not required.

This is the plate + beam, if only the plate is counted, the beam and plate can be drawn in the drawing, and the bottom surface of the plate template area multiplied by the height is the volume of the full hall. How to calculate steel pipes for full house scaffolding? The engineering quantity of the full-hall steel pipe bracket is calculated by multiplying the horizontal projection area of the cast-in-situ project by the height of the bracket in cubic meters, without deducting the area occupied by the stack and column.

In addition: the full scaffolding is calculated according to the horizontal projection area erected, without deducting the area occupied by the stacks and columns. The height of the full scaffolding is calculated according to the design floor height, and the height is calculated according to the basic layer of the full scaffolding at the time of solstice.

When the height is above, each increase will be calculated as an additional layer, and the increase in height will not be counted. For example, when the design layer height is last, the number of additional layers is:

2=3 (layer), the remainder is not counted. Hope mine can help you <>

Do you have any other questions?

Hello, may I ask how the full house scaffolding is calculated by cube?

Kiss! Hello, happy to answer your <>

How is the scaffolding calculated by the cube? For example, which wheel: It can be calculated according to the projection area of the outer edge of the structure multiplied by the height, and there is no need to deduct the column.

This is the plate + beam, if only the plate is counted, you can draw the beam and the plate in the diagram of the tung burning shape, and multiply the area of the template on the bottom surface of the plate by the height is the volume of the full hall. How to calculate steel pipes for full house scaffolding? The engineering quantity of the full-hall steel pipe bracket is calculated by multiplying the horizontal projection area of the cast-in-situ project by the height of the bracket in cubic meters, without deducting the area occupied by the stack and column.

In addition: the full scaffolding is calculated according to the horizontal projection area erected, without deducting the area occupied by the stacks and columns. The height of the full scaffolding is calculated according to the design floor height, and the height is calculated according to the basic layer of the full scaffolding at the time of solstice.

When the height is above, each increase will be calculated as an additional layer, and the increase in height will not be counted. For example, when the design layer height is last, the number of additional layers is:

2=3 (layer), the remainder is not counted. I hope I can help you <>

Do you have any other questions?

May I ask if the full hall frame should be calculated according to the cubic calculation method to deduct the columns, beams, and concrete cubic area of the inner surface of the shelf. It can be calculated according to the projection area of the outer edge of the structure multiplied by the height, and there is no need to deduct the column.

What about the beams inside?

Kiss, don't ha.

Hello, your question is quite professional, I have learned some relevant information on the Internet before, I sorted it out, I sent it out to share it with you, when the full house scaffolding is also known as the full house red scaffolding, which is a construction process for building scaffolding. Full scaffolding is denser than other scaffolding systems, and it is clear that the house is full of scaffolding. Full scaffolding is more stable than other scaffolding.

So how to calculate the full house scaffolding, you can refer to the following. 1.The ceiling decoration with more than the floor height can be counted as full scaffolding, and the engineering quantity is calculated in m2 according to the clearance area between the main walls.

When the floor height is exceeded, each increase will be counted as an increase fee, and the insufficient part of the increase will not be counted. Full scaffolding additional layer (floor height The amount of full scaffolding for foundation concrete pouring is calculated according to the base area of the foundation in m2, and 50% of the basic layer of full scaffolding is calculated. 3.

The scaffolding of underground reinforced concrete structure pools or septic tanks shall be calculated according to the following rules. (1) When the width of the reinforced concrete floor exceeds 3m, the full scaffold can be calculated according to the full reinforced concrete foundation, that is, the full scaffold can be calculated in m2 according to the area of the bottom plate, and calculated according to 50% of the sub-items of the basic layer of the full scaffold; (2) The scaffolding inside and outside the reinforced concrete pool wall can be calculated as a single row of scaffolding in m2 according to the peripheral area of the side wall. Full house stand calculation method:

1. Determine the above line load (that is, there are many kinds of length per meter, take the maximum value); 2. Determine the bearing capacity of the foundation (the bearing capacity after reinforcement); 3. According to the bearing capacity of the foundation, roughly determine how many vertical pipes are supported per square meter and assign them to specific point loads; 4. Determine how many tons each vertical pipe can withstand (calculate the allowable stress according to the pipe diameter and pipe wall thickness); 5. According to the bearing capacity of the foundation and the tonnage of the vertical pipe, determine the spacing of the vertical pipe; The position of the transverse tie beam can be considered as a dense point; 6. After the vertical rods are arranged, the horizontal rod spacing should be considered. The general spacing should not be greater than meters (the spacing is calculated by the instability of the pressure rod); 7. Attention! The horizontal rod should have a rod near the ground and at the top surface (some people think that it is not needed here, but it is often difficult to insure if it is unstable up and down); 8. Longitudinal diagonal brace configuration, the full bracket diagonal brace should be continuously configured from top to bottom 45°, and the middle cannot be broken (that is, a diagonal brace is from the top to the ground, and the middle side is long); The diagonal brace configuration is generally empirical, but it can also be calculated (using the plane intersection force system, which has been learned in theoretical mechanics); 9. The transverse diagonal brace configuration is the same as the longitudinal one; 10. Loading calculation:

It is enough to consider the concrete load for three days, if the concrete is divided into two times, it is not necessary to add all the loads, because the concrete poured in the previous time is generally solidified, it is not a load, which is beneficial to the calculation. The above knowledge about full scaffolding is introduced here, and here is a friendly reminder: this calculation is carried out under the condition that the foundation is fully guaranteed, and it is difficult to say if the foundation is softened by water during construction.

I hope mine is helpful to you, if you think it's powerful, give it a thumbs up, and I'll answer more attentively in the future, I wish you a happy life.