挖方岩石边坡,cut rock slope
1)cut rock slope挖方岩石边坡
1.At first,the classification of ctu rock slopes is carried out;then the techniques and methods of afforestation forcut rock slopes are disscussed.对挖方岩石边坡进行了分类,分析了挖方岩石边坡绿化方法,探讨了植被混凝土护坡绿化技术及配比要求,并以植被混凝土绿化法为重点,介绍了高坝洲电厂岩石高边坡绿化工程实践。
2)rock cutting slope岩石开挖边坡
1.The overall study onrock cutting slope with air-raid shelter is presented based on the stabilization design of the slope including the numerical simulation analysis and field tests.结合对某大厦边坡的加固设计 ,通过数值模拟稳定性分析和现场观测结果分析 ,对含有防空洞的岩石开挖边坡进行了较为全面的研究。
英文短句/例句
1.Study on high excavated rock slope at TGP shiplocks三峡船闸高陡岩石开挖边坡设计研究
2.Random wedge failure is one of the common failure types of rock slope excavation.随机楔体的破坏是岩石开挖边坡中常见的破坏类型之一。
3.Analysis on Relaxation Zone and Some Stabilizing Structures in High Rock Slope Projects;岩石高边坡开挖松驰区及加固支挡结构研究
4.Research on unloading relaxation criterion of high rocky slope excavation and its engineering application岩石高边坡开挖卸荷松弛准则研究与工程应用
5.There are lots of discontinuities whose geometry exhibits a random behavior in rock excavated slopes, and the failure surface of the slope is normally consisted of the joints and rock-bridges.岩石边坡开挖中存在大量的随机结构面,结构面与岩桥的组合破坏是边坡破坏的一种重要形式。
6.The parameters of rock slope excavation are mostly selected by analogy method of engineering geology at present.目前,岩石边坡开挖参数选择多采用工程地质比拟法。
7.Geology-Mechanics Responses and Evaluation of Large-Scale High Rock Slope Excavation;大型岩石高边坡开挖的地质—力学响应及其评价预测
8.The blasting of slope excavation results in the damage of rock mass consequentially.边坡开挖爆破必然造成边坡岩体的损伤。
9.ANSYS Simulation of the Rock High-Slope Excavation and Consolidation;岩质高边坡开挖与加固的ANSYS模拟
10.Excavation Numerical Simulation of Cut Slope of Completely Weathered Granite全风化花岗岩路堑边坡开挖数值模拟
11.Study on the Rock Mass Structure Effect of Large Rock Slope During Excavation;大型岩质边坡开挖的岩体结构效应研究
12.ESTIMATION OF CUT-FILL VOLUMES IN ROCK SLOPE ENGINEERINGBASED ON FRACTAL INTERPOLATION基于分形插值的岩石边坡工程挖填方量估算
13.Study on Stability and Support of Consequent Bedding Rock Slope;顺层岩质边坡开挖稳定性及其支护措施研究
14.Excavation and Anchoring Reinforcement of Rock Slope Along Mian-Ning Freeway;勉—宁高速公路岩质边坡开挖与锚固支护分析
15.Numerical Simulation for Excavating Process and Stability Analysis of Bedding Rock Slope顺层岩质边坡开挖过程模拟及稳定性分析
16.The Compound Method for the Excavation Optimization and Stability Analysis of High Rock Slope岩质高边坡开挖优化及稳定性分析的复合方法
17.Expansion Mechanism and Numerical Analysis of Rock Mass Crack in Blasting and Excavation of Slope边坡爆破开挖中岩体裂纹扩展机理及数值分析
18.Research on Unloading Nonlinear Elastic Models Related to the Rock Mass Slope岩质边坡开挖卸荷非线性弹性本构模型研究
相关短句/例句
rock cutting slope岩石开挖边坡
1.The overall study onrock cutting slope with air-raid shelter is presented based on the stabilization design of the slope including the numerical simulation analysis and field tests.结合对某大厦边坡的加固设计 ,通过数值模拟稳定性分析和现场观测结果分析 ,对含有防空洞的岩石开挖边坡进行了较为全面的研究。
3)excavation slope挖方边坡
1.Research of optimum design method toexcavation slope;挖方边坡优化设计方法研究
4)rock slope岩石边坡
1.Preliminary Study of Plant Selection about Vegetation of Rock Slope;岩石边坡植被护坡植物选择初探
2.The theory of strip dividing and its application in analyzing stability ofrock slope;分条理论及在岩石边坡中的应用
3.Analysis on joint characteristics ofrock slope in blast of harbor engineering;港口岩石边坡爆破时的节理特性分析
5)rocky slope岩石边坡
1.Stability analysis of geocells with vegetation used for controlling erosion ofrocky slopes;土工格室用于岩石边坡植被侵蚀防护的稳定性分析
2.Technology of spray seeding forrocky slope protection by express highway——a case study of Nanchang express highway高速公路岩石边坡客土喷播施工技术——以宁常高速公路南京段客土喷播为例
3.Description and analysis on slope types, anchoring methods, substrate preparation, plant selection of restoration of plant onrocky slope demonstrated that the key techniques were substrate preparation and plant selection.就当前我国岩石边坡植被修复的护坡类型、锚固方法、基质配制、植物选择等内容进行介绍和分析的基础上,认为:1。
6)deeply excavated slope深挖方边坡
延伸阅读
改造裸露岩石边坡有新方法由于道路、水利等工程施工，我国每年都要形成很多裸露的岩石边坡，这些岩石边坡上的植被、土层基本丧失，岩石裸露，很容易造成水土流失，甚至发生坠石。如何在这些岩石边坡上恢复植被，一直是一项技术难题。这项“岩石边坡植生基质生态防护技术”利用岩石边坡生态防护工程施工技术、植生基质和植生基质喷射技术，首先在裸露岩石上打锚杆，然后将高强度的土工网固定在这些锚杆上，形成固定植被及其种植基质的骨架，再用植生基质喷射技术将由基质和植物种子混合而成的植生基质喷射到已固定好土工网的岩石边坡上，通过植物生长活动和其他工程辅助措施进行边坡加固。这项研究的核心—植生基质，有多种配方，可根据施工地的实际情况调整选用。该材料本身具有一定的强度，通过喷射施工，可以改良坡面抗侵蚀和承受荷载的能力，同时能为植物提供良好的生长环境。植生基质的保水能力极强，有效的提高了再生植被的抗旱能力，使这项技术可以应用于年降水量500毫米左右的地区，解决了植物耐受连续90天干旱的难题。现在我们国家修建了很多的铁路、公路，形成了大量的边坡。过去都是进行工程绿化，生态效果不好，现在采用植被来绿化，稳定性、持续性都比较好，而且成本相对比国外要低。该技术是一项专门用于在裸露岩石边坡上恢复植被的技术在北京通过了由北京市科委组织的专家鉴定。这项名为“岩石边坡植生基质生态防护技术”的科研项目是由北京承诺环境生态工程科技有限公司历经数年努力完成的。（摘自《中国花卉报》2002/11/14）
