摘要
在水利工程建筑物中,其金属结构长时间与侵蚀性介质接触,会受到一定程度的化学侵蚀,并且引起受到风浪以及高速水流的反复冲击,易将其冲撞破坏,同时,水中的泥沙也会钢结构产生一定的冲刷,以上这些因素均会导致水工金属结构受到损坏。而当前阶段,我们迫切需要解决的一个问题就是将金属结构的腐蚀状况检定技术与抵抗腐蚀能力的提升。鉴于此,文章详细论述了水工钢结构腐蚀的图像识别技术,旨在可以为相关业界人士提供有价值的借鉴与参考,最终能够为行业的发展贡献自己应有的力量。
In water conservancy engineering buildings,when the metal structure is in contact with aggressive media for a long time,it will be chemically eroded to a certain degree,and it will be repeatedly impacted by wind waves and high-speed water flow,which is easy to crash and destroy.At the same time,the sediment in the water will also produce a certain amount of erosion of the steel structure.All these factors will cause damage to the hydraulic metal structure.At the current stage,one of the problems we urgently need to solve is the improvement of the corrosion detection technology and corrosion resistance of metal structures.In view of this,the article discusses the image recognition technology of hydraulic steel structure corrosion in detail,aiming to provide a valuable reference for relevant industry personnel,and ultimately contribute to the development of the industry.
作者
叶慰
YE Wei(Water Conservancy Bureau of Linxiang City,Yueyang City,Hunan Province,Linxiang 414300,China)
出处
《价值工程》
2020年第19期203-204,共2页
Value Engineering
关键词
水工
钢结构
腐蚀
图像识别技术
hydraulics
steel structure
corrosion
image recognition technology