ASG, CP by MK (metal design), course 5.
- Added: 13.09.2021
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Description
I present the course design of a one-story industrial building. The construction area is the city of Urengoy, the estimated temperature is -54 degrees, so this temperature is less than -45 then the climate is considered severe. The span of the building is 24 meters, the length is 114 meters, the pitch of the columns is 6 meters, the type of building is heated. Crane with lifting capacity of 80 tons, operation mode 5K.
For a heated building in a severe climate, the largest distance between temperature joints along the block along the length of the building is 160 m, in the width of the block - 110 m (Table 44 SP 16.13330.2017).
In this case, the length of the building (114m) and its width (24m) do not exceed the maximum permissible value, therefore, we compose one temperature block.
We determine the number of numerical axes by dividing the length of the building by the pitch of the columns:
DL/V + 1 = 114/6 + 1 = 20
Letter axes 2 pcs, since the building is single-span.
The maximum distance from the end of the building to the axis of the nearest vertical connection for heated buildings in a severe climate is 60 m (Table 44 SP 16.13330.2017). In this case, the middle of the length of the temperature block is located from the end of the building at a distance DL/2 = 114/2 = 57 m, which does not exceed the limit value. Therefore, we install one block of vertical links along the columns and position it in the middle of the length of the temperature block in the axes "10-11."
In the above-crane part of the columns, vertical connections are designed in the axes "1-2," "10-11," "19-20."
In the level of the lower belts of the trusses, transverse and longitudinal horizontal connections are designed. Transverse horizontal connections are always established at the ends of the temperature blocks, and, if the length of the block exceeds 144 m, intermediate transverse horizontal connections are established every 60 m. In our case, the length is 114 m, which does not exceed the permissible value, therefore, we arrange transverse horizontal connections along the lower girders of the trusses only at the ends of the building.
Since the building is single-span, longitudinal horizontal connections are arranged along two rows of columns. The longitudinal links, in turn, together with the transverse ones form a rigid contour in the plane of the lower belts of the trusses .
Project's Content
Ферма.pdf
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МК КП2 рабочий Возженникова КРАЙНИЙ.docx
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Колонна.pdf
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МК ПЗ Возженникова А.Е. СУЗ16-1.pdf
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Компановка.pdf
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МК ГЧ Возженникова А.Е. СУЗ16-1.pdf
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МК КП2 рабочий Возженникова КРАЙНИЙ!!!!!.dwg
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МК КП2 рабочий Возженникова КРАЙНИЙ!!!!!.bak
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Задание на КП МК Возженникова А.Е. СУЗ16-1.pdf
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РЕЧЬ НА ЗАЩИТУ МК.docx
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Additional information
Contents
Contents
1.Frame Construction Layout
1.1.From Data
1.2.Assembly of single-span transverse frame
2. Collection of loads on the frame and transverse frame of the frame
2.1.Assembly of constant loads from weight of load-bearing and enclosing structures of the building
2.2.Net load
2.3.Wind load
2.4.Assembly of crane loads on elements of the building frame
3.Static calculation of cross frame
3.1.Designation of the design scheme and assignment of stiffness to the elements of the transverse frame of the building frame
3.2. Application of loads on the transverse frame
3.3.Define internal forces in cross frame elements
4. Calculation of out-of-center compressed frame column
4.1.Define design forces in column sections
4.2.Computed Column Lengths
4.3.Addition of solid section of extracentrically compressed column rod
4.4.Trim through section of extracentrically compressed column rod
4.5.Knots of extra-centered compressed columns
4.5.1.Compute the reference table
4.5.2.Compute the crane crossbeam of the stage column
4.5.3. Calculation of separate base of extracentrically compressed column
5. Calculation of welded crane beam of symmetrical section
6. Calculation of rafter truss
6.1.Assembly of loads on the truss
6.2. Selection and check of cross sections of truss rods
6.4. Calculation of welds
6.5. Calculation of truss mounting joints
6.6. Calculation of truss-column interface units
List of literature
Structural Framing Layout
Source Data
Construction area - Urengoy;
-54 - Air temperature of the coldest days, ° С, security 0.98;
Building span: L = 24 m;
The length of the building: 114 m;
Column spacing: B = 6 m;
Building type: heated;
Crane lifting capacity: Q = 80 ton;
Crane operation mode: 5K;
Height from floor level to crane rail head: NUGR = 12.8 m;
Concrete foundations of strength class: B 12.5.
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