1) consequent bedded slope
顺层斜坡
1.
The mechanism analysis of sliding-bending destruction mode of consequent bedded slope in the alternatively distributed soft and hard rock layers
溃曲软硬相间顺层斜坡滑移-弯曲破坏机制分析
2) losing stability of consequent slope
顺层斜坡失稳
3) steep bedding rock slope
陡倾顺层岩质斜坡
1.
Through the collection of systemic references and great amounts of location investigation,it is found that there is another typical form of deformation and failure for steep bedding rock slope,namely,toppling deformation.
通过系统的文献收集及大量现场调查发现,陡倾顺层岩质斜坡还存在一种典型的变形破坏形式,即倾倒变形。
4) Bedding slope
顺层边坡
1.
Stability analysis and improvement design for a bedding slope;
某顺层边坡稳定性分析及治理工程设计
2.
Based on the new method,the factor of safety of Zhongjiawan bedding slope is calculated by UDEC and compared with the results obtained by limit equilibrium method(LE.
将上述方法运用到钟家湾顺层边坡的稳定分析中,并将所得结果与极限平衡法计算结果进行对比,发现二者的计算数值相差较小,对比结果表明该方法是合理可行的。
3.
Based on the new method,the safety factor of Zhongjiawan bedding slope is calculated by Universal Distinct Element Code(UDEC) and compared with the .
将上述方法运用到钟家湾顺层边坡的稳定分析中,并将所得结果与极限平衡法计算结果进行了对比,发现二者的计算数值相差较小,对比结果表明该方法是合理可行的。
5) bedding landslide
顺层滑坡
1.
Working practice of managing bedding landslide by adopting steel tube pile grouting;
采用钢管桩注浆法治理顺层滑坡的工程实践
2.
Causes analyzing of bedding landslide in Hang-Qian highway project
杭千高速公路的顺层滑坡问题及其原因分析
3.
This paper,according to the energy dissipation mechanism,adopted mechanical calculation model of sheet slope crack,established mechanical criterion by which bending failure appeared the bedding landslide,and carried through idiographic analyses of this landslide.
为了确保再次整治取得良好效果,结合能量耗散机理,采用板裂介质力学计算模型,确定了顺层滑坡发生弯曲破坏的力学判据,并对该滑坡进行应用分析。
6) consequent slope
顺层边坡
1.
Study on Strength Parameter of Hard Structural Plane and Engineering Technique for Consequent Slope;
顺层边坡硬性结构面强度参数及工程技术研究
2.
Based on the geological background and mechanism, mechanical model of buckling failure for the consequent slope is given in this paper.
顺层边坡是工程实践中经常遇到也是较容易产生破坏的一类边坡,其失稳问题一直是工程界极为瞩目和急需解决的问题之一。
3.
The stability-losing of the consequent slope is one of the most urgent problems in practical engineering.
顺层边坡的失稳问题一直是工程地质学和岩石力学领域内极为瞩目和急待解决的问题之一。
补充资料:稳顺
1.使之妥帖和谐;妥帖和谐。
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