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水工结构工程裂缝机理及防治探讨

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为了深入理解水工结构工程裂缝的成因并探索有效的防治措施,本文首先介绍了水工结构工程裂缝的形成机理,以此为依据,本文提出了控制施工材料质量、温差裂缝防治、荷载应力防治以及填充技术应用等防治策略.通过系统研究,本文认为科学选择施工材料、合理控制施工温度、优化结构设计以及采用先进的修复技术能有效减少裂缝产生,提高水工结构工程的稳定性和耐久性.研究结果表明,综合防治策略对于水工结构工程裂缝控制具有重要意义.
Discussion on the Causes and Prevention of Cracks in Hydraulic Structure Engineering
In order to gain a deeper understanding of the causes of cracks in hydraulic structure engineering and explore effective prevention and control measures,this article first introduces the formation mechanism of cracks in hydraulic structure engineering,and then analyzes in detail the various reasons for crack formation.In response to these causes,this article proposes prevention and control strategies such as controlling the quality of construction materials,preventing temperature difference cracks,preventing load stress,and applying filling technology.Through systematic research,this article believes that scientific selection of construction materials,reasonable control of construction temperature,optimization of structural design,and adoption of advanced repair techniques can effectively reduce crack generation,improve the stability and durability of hydraulic structural engineering.The research results indicate that comprehensive prevention and control strategies are of great significance for crack control in hydraulic structure engineering.

hydraulic structureengineeringcrackscause of formationprevention and control

蓝鸿鹏

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深圳市宝利源环境水务工程有限公司,广东深圳

水工结构 工程 裂缝 成因 防治

2024

科学技术创新
黑龙江省科普事业中心

科学技术创新

影响因子:0.842
ISSN:1673-1328
年,卷(期):2024.(21)