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在建筑行业快速发展下,建筑工程数量和规模不断扩大,越来越多新技术、新材料和新工艺涌现,并被广泛应用在工程建设中。水工结构由于自身特性,很容易受到客观因素影响,加之后续保养不当,导致混凝土出现裂缝,影响到工程结构稳定性和整体质量。作为一种有效防治混凝土结构出现裂缝的手段,通过微膨胀混凝土防裂技术的应用,可以有效弥补传统防裂技术中存在的缺陷,尽可能避免水工结构出现裂缝,提升工程质量,实际工作中取得了较为可观的成效。因此,就微膨胀混凝土防裂技术在水工结构中应用进行分析,提出合理的应对措施。
With the rapid development of the construction industry, the number and size of construction projects have been expanding. More and more new technologies, new materials and new technologies have emerged and are widely used in engineering construction. Hydraulic structure due to its own characteristics, it is easily affected by objective factors, combined with improper maintenance after the follow-up, resulting in cracks in concrete, affecting the structural stability and overall quality of the project. As an effective means of preventing cracks in concrete structures, through the application of anti-cracking technology of micro-expansive concrete, it can effectively make up for the shortcomings in the traditional anti-cracking technology, avoid the cracks in the hydraulic structure as much as possible and improve the quality of the project. Achieved a more impressive results. Therefore, the micro-expansive concrete crack prevention technology in the hydraulic structure of the application analysis, put forward reasonable measures to deal with.