2-storey steel structure warehouse in Africa

The production mode of the construction industry, which uses a large amount of labor, has not yet changed, and the variety of building materials produced through industrial processing is limited and the technological content is not high. In addition to directly purchasing profiles, a large amount of sheet metal is also required for secondary processing, which slows down the construction progress of the steel structure project in the two-story steel structure warehouse in Africa. Only a two-story steel structure warehouse in Africa can achieve industrial production of steel structures, and its later installation engineering has developed slowly, with most of them not being matched and lacking matching furniture.

The installation of two-story steel structure warehouses and residential buildings in Africa is a complex process that requires a large number of technical personnel to cooperate, mainly including design, production, processing, and installation personnel. And be responsible for the final use of the residence, ensuring its proper use. China lacks researchers, designers, and construction personnel in the field of two-story steel structure warehouses and residential buildings in Africa, with only a few group companies having a small number of technical personnel.

The steel structure of a two-story steel warehouse in Africa has relatively high compressive strength, mainly in terms of compressive strength and tensile strength. From the data information, it can be seen that the compressive strength of stainless steel sheets can reach above 345Mpa, while the compressive strength of concrete still lacks 10Mpa; The tensile strength of the steel structure of a two-story steel warehouse in Africa can reach over 200 megapascals, while that of concrete is 100 megapascals. The engineering construction difficulty coefficient of sticking steel or carbon fiber materials is relatively high, and the original structural surface can only be adhered after being solved, ground off, and moistened.

When the structure is subjected to driving force loads or high temperatures, it is highly likely to cause delamination. The technical reinforcement method of prestressed steel bars outside the body refers to placing prestressed steel bars outside the cross-section of the prefabricated components of the structure to be reinforced, reducing the load efficiency of the prefabricated components according to the force transmission method of the modified structure, and improving the bearing capacity of the structure, improving the deformation characteristics of the structure, reducing the ground stress in the components, which can damage the original technical function of the engineering project structure, and then consider the requirements of new load-bearing standards and application effects. The structure consists of components such as prestressed steel bars, pipelines, coatings, conversion blocks, and steel bar anchoring system software.

The connection method for the steel structure of a two-story steel structure warehouse in Africa:

1. Welding: Connecting steel components together through welding has the advantages of convenient construction and connection.

2. Welding and bolt mixed connection: Combining welding and bolt connection, suitable for large structures.

3. Rivet connection: Steel components are connected together through rivets, which have good connection strength.

4. Bolted connection: Connecting steel components together through bolts, suitable for structures that require disassembly.