1) higher steep-slope cutting
高陡坡路堑
2) High-steep cutting slope
高陡路堑边坡
1.
According to the engineering geology conditions, the stability of an expressway s high-steep cutting slope is estimated and classified to an integral-sliding unstable slope.
根据边坡实况及所处工程地质环境,将某高速公路高陡路堑边坡评定为整体滑移型失稳边坡。
3) high and steep cutting
高陡路堑
1.
The stability of the high and steep cutting slope is the important condition to guarantee that the roadbed completes of its function, It is also main contents of the roadbed design.
高陡路堑边坡的稳定是保证路基完成其功能的重要条件,也是路基设计的主要内容。
4) cutting high slope
路堑高边坡
1.
Optimal selection for cutting high slope based on entropy weight multi-objection decision-making;
基于熵权的路堑高边坡防护多目标优选研究
5) high slope of cut
路堑高边坡
1.
Technology of consolidation and protection for high slope of cut;
路堑高边坡的加固与防护技术
6) high cutting slope
高路堑边坡
1.
This paper presents a brief introduction aboutthe strengthening of prestressed anchor rope to high cutting slope at the Lianhuashan Tunnel in the Shanmei MountainExpressway as reference to the protection and reinforcement of the high cutting slope in Expressway.
高路堑边坡的防护是山区高速公路常见的项目,而影响高路堑边坡稳定的因素很多,破坏模式多样,文中针对汕梅山区高速公路莲花山隧道段高路堑边坡防护的预应力锚索加固作简要介绍,为高等级公路高路堑边坡防护与加固提供参考。
2.
Based on the failure behaviors of high cutting slope and the results of the physical simulation which contrast both conditions of high cutting slope of with reinforcements and without reinforcements, the reasons for slope failure mechanism was then analyzed.
本文针对开挖岩质高路堑边坡工程中出现的各种破坏,根据对比边坡有无加固两种情况下的相似模拟试验过程分析所得出的结果,分析了边坡破坏的原因,并提出了整治边坡破坏的工程实用方法。
补充资料：陡坡
| 陡坡 chute 使上游渠道或水域的水沿陡槽下泄到下游渠道或水域的落差建筑物 。多用于落差集中处 ，也用于泄洪排水和退水。建筑材料多用砌石、混凝土和钢筋混凝土。单级陡坡由进口连接段 、控制堰口 、陡坡段、消能设施和下游连接段组成。其进口连接段、控制堰口和下游连接段的结构布置同跌水。陡坡段的坡度一般均大于临界坡 ，常用坡比为 1∶3 ～1∶10。横断面多为梯形，槽底在平面布置上常采用扩散式、菱形和等宽式3种。为降低流速和改善流态常在槽底等距离建阻水条坎（糙条）加糙。陡坡段末端常接消力池，但泄水、退水和溢洪道上的陡坡段后也常采用挑流消能 。当落差很大时，可采用多级陡坡。其结构与单级陡坡相似。其中间各级的上级陡坡消力池末端，即下一级陡坡的控制堰口。 |
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条