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现代建筑普遍采用钢筋混凝土结构,在保持建筑结构稳定性方面具有显著作用。由于地质环境的特殊性,钢筋混凝土也面临着结构性病害隐患,裂缝是地质灾害引起地面建筑工程病害的主要形式,施工单位要结合周边地质灾害实况,拟定切实可行的抗裂施工方案。本文分析了钢筋混凝土裂缝的危害性,从贵州地质灾害角度总结裂缝成因,提出抗裂施工处理主要技术,从多个方面保障建筑施工质量。
Modern buildings commonly use reinforced concrete structures, in maintaining structural stability has a significant role. Due to the particularity of geological environment, reinforced concrete is also faced with structural disease hazards. Cracks are the main form of ground construction disease caused by geological disasters. The construction unit should formulate a feasible anti-cracking construction plan in combination with the actual situation of the surrounding geological disasters. This article analyzes the hazards of reinforced concrete cracks, summarizes the causes of cracks from the perspective of geological disasters in Guizhou, puts forward the main technologies for cracking construction and protects the quality of construction in many aspects.