水利工程施工中控制混凝土裂缝的技术分析

Technical Analysis of Controlling Concrete Cracks in Hydraulic Engineering Construction

近年来,我国在经济社会不断发展的状况下,也逐步提升了对能源和资源的要求。根据对我国清洁能源的了解可知,和发达国家相比较而言,我国在清洁能源利用方面还存在一定的不足,这会对我国的环境产生严重的影响。在水资源这一清洁能源被重视的情况下,我国的水利工程项目建设步伐也在加速。面对水利工程施工中大量混凝土的使用而造成钢筋的侵蚀和混凝土的碳化等问题,使得水利工程的承载能力大大降低。因此,本文从水利工程施工中混凝土裂缝造成的一系列影响、原因等方面出发,提出相应的对策。

In recent years,with the continuous development of economy and society,China has gradually increased its requirements for energy and resources.According to the understanding of clean energy in China,compared with the developed countries,China still has some deficiencies in clean energy utilization,which will have a serious impact on China’s environment.With the importance attached to water energy as a clean energy,the construction of hydraulic engineering projects in China is also accelerating.However,in the construction of hydraulic engineering,the use of a large number of concrete causes the corrosion of reinforcing steel bar and the carbonation of concrete,which greatly reduces the bearing capacity of hydraulic engineering.Therefore,this paper puts forward corresponding countermeasures from the aspects of a series of effects and causes caused by concrete cracks in the construction of hydraulic engineering.