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与其他结构类型相比,建筑钢结构具有强度高、重量轻、韧性好等优势,现已成为建筑工程中的常用结构类型,更是超大跨度建筑以及高层建筑的理想结构。但由于钢结构暴露于空气中,若环境潮湿则极易出现锈蚀现象,导致刚结构的稳固性受到影响,因此有必要针对建筑钢结构的防腐问题加强研究。本次研究首先分析了现阶段常见的建筑钢结构腐蚀类型,随后阐述了建筑钢结构出现腐蚀的危险性与做好防腐工作的必要性,最后提出几项有效的防腐技术,并结合案例分析其防腐效果,旨在为建筑钢结构的防腐技术施工提供参考,以确保钢结构的长久安全使用。
Compared with other types of structures, the architectural steel structure has the advantages of high strength, light weight, good toughness and the like, and has become a commonly used structural type in construction projects. It is also an ideal structure for super-long span buildings and high-rise buildings. However, due to the steel structure being exposed to the air, if the environment is wet, the phenomenon of corrosion easily occurs and the stability of the rigid structure is affected. Therefore, it is necessary to strengthen the research on the anticorrosion of the steel structure of the building. This study first analyzes the common types of corrosion of building steel structures at this stage, and then elaborates the danger of corrosion of steel structures and the necessity of anticorrosive work. Finally, several effective anticorrosive technologies are put forward and combined with case analysis Anticorrosive effect, designed to provide a reference for the construction of anti-corrosion steel construction technology to ensure the long-term safe use of steel structures.