The soil nailing force, rational design, length and spacing are analyzed accurately.
准确分析了土钉受力，合理设计了土钉长度、间距。
Conclusions may be of very high practical value in design and construction of soil nailing.
研究结论对土钉支护的设计和施工具有较高的应用价值。
Soil nailing is more and more widely used in soft soil ground in our country in recent years.
近年来，土钉支护在软土场地得到了越来越广泛的应用。
FLAC-3D was employed to establish a model to simulate the deep excavation compound soil nailing.
应用FLAC - 3d建立了深基坑复合土钉墙支护模拟模型。
In this paper, the applications and the stability analysis of compound soil nailing were studied.
论文主要对复合土钉支护稳定性及应用情况进行相关研究。
The calculated value of the displacement of soil nailing wall is very close to the in-situ test data.
数值法可以计算土钉墙位移和土体的变形，墙顶水平位移计算值与现场实测结果吻合较好；
The tensile force of per soil nailing and the distributing shape of soil nailing force can be calculated.
数值法可以计算出各排土钉的拉力以及土钉力沿土钉长度的分布形态。
For the problems of the soil nailing design that exist in theory, we present a solution to these problems.
分析了土钉支护设计计算理论中存在的问题，针对问题提出了解决方法。
The soil-water effect is one of the primary reasons causing the accident in soil nailing bracing projects.
水土作用问题一直是导致土钉支护工程事故的主要原因之一。
There is some ambiguity about the soil-nail interaction mechanism in the design of soil nailing reinforcement.
在深基坝支护设计中，对钉土作用机理存在着许多模糊认识。
The accuracy degree of the study on the soil pressure and the soil nailing design are determined by the failure mode.
破坏模式正确与否关系到土压力研究和土钉支护设计的准确程度。
Out of consideration of these circumstances, I intended the design of soil nailing development program to do something.
基于对以上这些情况的考虑，本人意在土钉支护设计计算程序开发方面做一点努力。
In this paper, the design and construction of supporting system of soil nailing in the soft soil layers are introduced.
本文介绍了在软土地层中土钉护坡桩综合支护体系的设计与施工。
Based on mechanics model of pullout, the transfer mechanism of pullout load of high-pressure grouting soil nailing is discussed.
通过土钉抗拔力学模型探讨了高压注浆土钉的抗拔荷载传递机理，简单介绍了其施工工艺。
In consideration of practical use, the desire of this article is mainly about some efforts on the program development of soil nailing.
出于对以上实际情况的考虑，本文意欲在土钉支护设计计算程序开发方面做一些努力。
Soil nailing is the most economic way for support of foundation excavation, and it is widely applied to all kinds of foundation excavation.
土钉支护是最经济的基坑支护方式之一，广泛地应用于各类基坑支挡结构中。
In ensuring the stability of soil nailing request, searching for more economical soil nailing supporting program is the focus of the soil nailing study.
在保证土钉支护稳定性要求下，寻找较经济的土钉支护方案是边坡支护研究的一个热点问题。
In the case of the worse self-standing soil, the structure of composite soil nailing wall with micro-pile of steel pipe is adopted and analyzed in this paper.
针对自立稳定性较差的土层，本文提出钢管小桩复合土钉墙支护结构，并对其进行探讨。
Fully considering the speciality of soil nailing, a rather precise method of stability analysis of soil nailing based on general fracture surface is presented.
充分地考虑土钉支护的特殊性，建立了一个比较精确的基于一般破裂面的土钉支护稳定性分析方法。
The test reveals the excavation effect, time effect, three-dimensional effect and rainfall lagging effect of the prestressed anchor rope composite soil nailing.
试验结果表明预应力锚索复合土钉支护结构具有开挖效应、时间效应、空间效应、降雨滞后效应；
To research the load mechanism of soil nailing, anchors and concrete surface better, the original testing research is carried out with help of practice project.
为了更好的研究土钉、锚杆和混凝土面层的受力机理，本文结合实际工程进行原位测试研究。
Tubular anchor soil nailing wall has high formation adaptability, short construction period, significant economic benefits and broad promoting and use prospects.
锚管式土钉墙地层适应性强，工期短，经济效益明显，推广利用前景广阔。
Aiming at the disadvantages of gravity grouting soil nailing, high-pressure grouting soil nailing is introduced in this paper, and its characteristics are discussed.
面对重力注浆土钉的一些不足，提出了高压注浆土钉，并对它的一些特性作了一些探讨。
This paper is to discuss the project selection, construction method, technical specification and quality control of soil nailing and analyze the special factor in detail.
简述了土钉墙支护技术的方案选择、施工工艺、技术要求及质量控制，并就具体实例做了详细分析。
The research achievement will make a preferably direction to the research and application of the work function and design method of deep excavation soil nailing construction.
本课题的研究成果对深基坑土钉支护结构的工作性能及设计方法的进一步研究及应用有较好的指导意义。
Taking the slope engineering of Wuhan Conference and Exhibition Center for Science and Technology as an example, the mechanism and design method of soil nailing are presented.
结合武汉科技会展中心风化岩边坡支护工程，介绍土钉支护技术的工作机理和设计方法。
Tubular anchor soil nailing wall and the traditional soil nailing in the construction process on the most important difference is that the former had to construct tubular anchor.
锚管式土钉墙与传统土钉墙在施工流程上最主要的不同点在于前者有打管的过程。
Tubular anchor soil nailing wall and the traditional soil nailing in the construction process on the most important difference is that the former had to construct tubular anchor.
锚管式土钉墙与传统土钉墙在施工流程上最主要的不同点在于前者有打管的过程。
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