Corrugated wall building and installation method thereof

Abstract

The invention discloses a corrugated wall building and a mounting method, and aims to solve the problems that the existing steel structure building is a frame structure system, needs to independently manufacture a wall and is only suitable for large-space house body construction, and no good scheme is provided for a steel structure assembly type house. The corrugated wall body building comprises a corrugated wall body, the corrugated wall body comprises corrugated wall plates, the upper and lower adjacent corrugated wall plates are connected to form a heightened corrugated wall plate after being lapped, the left and right adjacent corrugated wall plates are connected to form a widened corrugated wall plate, and the corrugated wall plates at 90-degree horizontal adjacent positions are connected through corrugated wall plate columns or connecting columns. The corrugated wallboards are assembled and connected to form an L-shaped or T-shaped or cross-shaped node wall, the corrugated wallboards jointly form a corrugated wall body, the corrugated wall body is connected with a floor slab and a stair, and the top of the corrugated wall body is connected with a roof; bottom beams are installed at the bottoms of the corrugated wall bodies and connected with a foundation, the corrugated wall bodies are provided with doors and windows, and heat preservation and insulation layers are installed on the side faces of the peripheral corrugated wall bodies. The steel structure corrugated wall building is used for steel structure corrugated wall buildings.

Description

technical field [0001] The invention belongs to the field of construction engineering, and in particular relates to a novel steel plate shear wall building. Background technique [0002] Traditional buildings are mainly reinforced concrete buildings built with sandstone and cement as the main raw materials. A large number of high-energy building materials such as sandstone and cement are used in construction, which has caused a great burden on the ecological environment. The main change of the existing prefabricated buildings is from on-site pouring to factory prefabrication, which reduces the labor and improves the efficiency of mold use, but there is not much change in the key aspects of energy conservation and environmental protection, cost control, and material use. , the use of materials has increased. Compared with traditional buildings, the existing prefabricated buildings are only moved from on-site construction to factory prefabrication, just changing the location,...

AI Technical Summary

Problems solved by technology

It is found that the biggest problem is the problem caused by the weight of the component and the large height and width: 1. Difficulty in installation

2. The transportation is super high or super wide, and the transportation is extremely difficult, and it is even more difficult to transport it in containers for export

3. The amount of welding is relatively large in the manufacture of components, which cannot completely realize the assembly line production

In addition, there are many doors and windows in the building, accounting for a relatively large proportion. How to design the structure of the doors and windows, how to standardize the components for making doors and windows, and how to make the designed door and window structure can be produced on the production line are also difficult problems.

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