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我国经济在随着不断的快速发展,与此同时,建设水利水电工程的脚步也随之加快了,但是,在建设的过程当中所存在的安全问题也是我们需要重视的,主要还是在高边坡的施工过程当中的质量问题,由于高边坡施工如果在质量方面出现问题,这就会给工程造成很大的安全隐患以及不可估量的经济损失。对此,对高边坡进行有效的加固,进而才是确保施工建设的可靠性以及安全性,这也是目前我们需要进一步研究的重要课题。在水利水电工程当中,一般边坡出现不稳的情况会经常发生,所以对边坡的加固技术处理也就成为我们必须要攻克的难关,因为边坡地质具有复杂的结构,这就促使会对施工造成一定的影响,在水利水电进行施工时,应在不同的施工阶段采用不同加固技术,利用综合技术进行加固可以更为牢固,同时也节约了成本。本文主要介绍了对高边坡加固技术的具体应用以及各种方法进行深入研究分析。
At the same time, the pace of building water resources and hydropower projects has also accelerated. However, the safety problems in the process of construction are what we should pay attention to, mainly in the high slope Of the construction process of quality problems, because of the construction of the high slope if the quality problems, which will cause great security risks and incalculable economic losses. In this regard, the effective reinforcement of high slopes, and thus is to ensure the reliability of construction and safety, which is currently an important issue that we need further study. In water conservancy and hydropower projects, the instability of the general slope often occurs, so the reinforcement of the slope of the technical treatment has become a challenge we must overcome, because the slope of the geological complex structure, which prompted the Construction of a certain impact, in the construction of water conservancy and hydropower, should be in different stages of construction using different reinforcement technology, the use of integrated technology for reinforcement can be more solid, but also save costs. This article mainly introduces the concrete application of high slope reinforcement technology and various methods to conduct in-depth research and analysis.