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由于混凝土结构建筑具有更多建筑细节优势,已成为工业和民用建筑主流建筑结构。但受到施工技术、施工管理及外部环境的因素的影响,已完成浇筑作业的混凝土结构会产生一些裂缝,根据裂缝产生的原因将其分为温度裂缝、干缩裂缝、沉降裂缝等,这些裂缝严重影响着建筑物的适用性、耐久性,危害结构安全。本文将着重分析工业与民用建筑中混凝土结构裂缝的生成原由,并在此基础上提出了有效的处理办法和预防措施,以确保工程质量。
As the concrete structure of the building has more architectural advantages, has become the mainstream of industrial and civil buildings structure. However, due to the influence of construction technology, construction management and external environment, some concrete structures that have been poured will produce some cracks. According to the causes of cracks, they are divided into temperature cracks, shrinkage cracks and settlement cracks. These cracks are serious Affect the suitability of the building, durability, endanger the structural safety. This article will focus on the analysis of the causes of concrete structure cracks in industrial and civil buildings, and on this basis, put forward effective treatment methods and preventive measures to ensure the quality of the project.