高边坡防护工程的实施效果与地质环境条件密切相关，必须高度重视勘察设计和施工管理。
The practical effect of the protection about High Slope is closely related with geologic condition, so we should pay more attention to the designing and building management.
高边坡防护工程主要是保护路基上边坡坡面免受雨水冲刷，从而起到保护路基上边坡的整体稳定性。
The high side slope protection project is mainly protects on the roadbed the side slope slope face to be exempt from the rain wash, thus has on the protection roadbed the side slope overall stability.
结合工程实践，介绍高填方路基边坡中填方路段派水设计、边坡防护设计的常用方法。
Based on the practice, it introduces the methods of design of side slope protection alongside the high fill subgrade construction.
并且对防护后的高边坡，再次用两种方法进行整体稳定性分析。
Moreover, it analyzes the entire stability of the high slope after conducting protection programs through these two means.
对高边坡的破坏类型、破坏的内外因素以及边坡防护措施进行了分析和阐述。
This paper analyse and expatiate the types of the damage, the influence factors of the damage of high cutting slopes and protection measure of the slope.
通过总结高边坡危岩体处理快速有效的施工方法，使SNS防护系统在类似工程中得到推广。
A rapid and effective construction method for risk rock mass treatment in high slope is summarized and the SNS flexible protection system can be widely used in the similar projects.
评价结果与现场勘察结果基本一致，并为高陡路堑边坡防护加固提供了经济、合理、可行的依据。
The result of the appraise is in accord with the survey on site, offer economical, reasonable, reliable theoretic basis for strengthening and protecting measurements of the high & steep cutting.
通过对K49+185、K63+200两个工点的分析设计，介绍了一种适合山区高等级公路高边坡稳定性分析及防护设计的电算方法。
Through analysis and designing of K49+185 and K63+200, introduces a electricity designing method for stability analysis and protecting design.
通过对K49+185、K63+200两个工点的分析设计，介绍了一种适合山区高等级公路高边坡稳定性分析及防护设计的电算方法。
Through analysis and designing of K49+185 and K63+200, introduces a electricity designing method for stability analysis and protecting design.
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