1) treatment of rock landslide
岩质滑坡治理
1.
Anchor-cable lattice beam is introduced on its design,construction and application effect in treatment of rock landslide by field case.
通过某市友谊大道滑坡工程实例,介绍锚索格构梁在岩质滑坡治理中的设计、施工方法及效果。
2) rock landslide
岩质滑坡
1.
Influences of physical and mechanical parameters of geo-material on stability of rock landslide;
岩土体物理力学参数对岩质滑坡稳定性的影响
2.
The study background is the engine harness of bedding rock landslide of Changzhi-Jincheng express highway.
本文是以山西省长晋高速公路顺层岩质滑坡治理工程作为背景的。
3) landslide treatment
滑坡治理
1.
Scheme optimization and dynamic design of a big complex landslide treatment;
对某复杂大型滑坡治理的方案优化和动态设计
2.
The paper introduced the design and construction of landslide treatment in Three Gorges reservoir area in Hubei Province and analyzed the design report and construction in field.
介绍了三峡库区湖北省兴山县柑子沟滑坡治理设计情况和施工内容,对设计报告和实际施工进行了综合分析。
3.
Based on the loading characteristics of retailing piles in landslide treatment and the theory of stress analysis of reinforced concrete cross section, this paper deduced the formulas for the computation of non-uniformly distributive reinforced retailing piles with round section.
根据滑坡治理中使用的抗滑桩的受力特点 ,以钢筋砼正截面受力分析理论和等效钢环法为基础 ,推导了悬臂受力的圆截面抗滑桩非对称均布配筋的设计计算公式 ,计算示例表明 :与均布配筋相比 ,非对称均布配筋的圆截面抗滑桩具有明显的优越性 ,且计算简便、实用。
4) Landslide remediation
滑坡治理
1.
The technique of stabilizing piles with pre-stressed anchored cables is an effective measure in landslide remediation works, which nowadays has a wide application in many fields.
结合三峡 库区秭归县水田坝乡下土地岭滑坡治理工程介绍了这种滑坡治理措施的应用,并与原普通抗滑桩设计方案进行了技术与 经济对比分析,体现出这种抗滑结构的优越性。
5) landslide control
滑坡治理
1.
Analysis of pile location on landslide control;
滑坡治理中抗滑桩桩位分析
2.
Integrated application of anti-slide piles and prestressed anchor cables in landslide control ——An example of treatment of roadcut slide in NanTan Express Highway;
抗滑桩与预应力锚索在滑坡治理中的综合应用——以某高速公路路堑滑坡治理工程为例
3.
Design of lattice frame anchor structure for landslide control;
滑坡治理中格构式锚杆框架结构设计
补充资料:硅质岩
| 硅质岩 siliceous rock 一种以二氧化硅为主要成分的岩石。通常由化学作用、生物作用、生物化学作用和某些火山作用形成(但不包括主要由机械作用形成的石英砂岩)。硅质岩的主要矿物成分是蛋白石、玉髓和少量自生石英,常混入粘土、碳酸盐等杂质。矿物多呈隐晶质或非晶质、具层状、薄层状、透镜状或结核状结构构造。按成因可分为2种主要类型:①生物或生物化学硅质岩,如硅藻土、放射虫岩、海绵岩、蛋白土等。②非生物成因硅质岩,如碧玉岩、燧石岩、硅华等。硅质岩可用作磨料、填料、漂白原料和绝缘材料等。 |
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