Factory direct prefabricated 2 floors steel chicken poultry house

The main purpose of directly prefabricating the two-story steel chicken coop steel structure in the factory is to serve the construction and normal use of the steel structure, with the aim of creating benefits. Therefore, in the process of designing steel structures, under the premise of building structures, "steel structure economy" is a major factor. When designing steel structures, it is necessary to comprehensively examine and analyze the economic viability of the steel structure system. Only by achieving optimal comprehensive benefits can the steel structure system scheme be correct. For the evaluation of the correctness of steel structure systems, it is not only necessary to start from the indicators of steel consumption, but also to conduct a comprehensive analysis of the length of the construction period and the overall cost. Of course, it also includes the benefits obtained from early deployment. Therefore, in steel structure design, in addition to examining the supply of building materials, it is also necessary to conduct a systematic analysis of local manufacturing and installation levels, and communication with the owner is also a significant aspect that cannot be ignored.

The plastic deformation and fearlessness of steel structures make them less likely to suddenly crack due to excessive loads. It is made from other construction materials and cannot be compared to concrete construction. Nowadays, the regulations on the construction of high-rise residential buildings in China are relatively high, as the main consideration during construction is hidden dangers. The destructive power of earthquake disasters can cause deformation, tearing, and collapse of buildings, while the fearlessness of steel structure construction can precisely cache energy. Therefore, choosing steel structures as the main behavior subject for high-rise residential construction is because their actual effects are very good.

The compressive strength of steel structures themselves is relatively high, 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 steel structures can reach over 200 megapascals, while that of concrete is 100 megapascals.