加筋土广泛地应用于地基加固，填方工程，挖方削坡工程等。
In soft foundation strength, filling soil, excavating project it becomes more and more widely used.
主要用于垃圾填埋场、道路基础、水利大坝、机场等大型基础填方工程的推铲和压实工作。
Mainly used for landfill, road infrastructure, irrigation DAMS, airports and other large-scale infrastructure projects fill up shovels and compaction job.
高填方工程最明显的特点是填方高度大，填料自重应力引起的填筑体的自身压缩沉降及地基沉降较大。
Outstanding characteristics of high fill projects are there are great fill height and large foundation deformation and self-deformation under fill load.
结合工程实践，介绍高填方路基边坡中填方路段派水设计、边坡防护设计的常用方法。
Based on the practice, it introduces the methods of design of side slope protection alongside the high fill subgrade construction.
路面的工后沉降问题是高填方路堤工程的主要问题之一。
Settlement after construction is one primary problem of high-filled embankment.
对于公路填方路基工程，路基压实是非常关键的工作。
The compaction of roadbed is key for road fill roadbed engineering construction.
本文利用三维有限元法对地基沉降、填方边坡稳定性等问题进行了分析，对工程施工提出了相应的建议。
The subsidence of foundation and stability of fill slope are analyzed by means of three-dimensional finite element and Relative Suggestions are put forward for the project construction.
目前，该试验成果已用于指导机场地基处理与高填方填筑体施工。同时，它对于其它类似工程亦有借鉴意义。
Presently, the experiment result has been used to instruct the construction of airport foundation, and it is also referential for other similar project.
为了降低土方工程的费用，填方量应等于挖方量。
To reduce earthwork costs, the volume of the fills should be equal to the volume of the cuts .
本文以某大型填方土基工程为例，介绍了冲击压实技术在填方土基中的应用。
With the example of a large filled silt project, this paper discusses techniques of impacting compaction.
因此，对填方区锚杆挡墙力学机理进行研究具有重要的理论意义和工程应用价值。
Therefore, to study the mechanism of the anchor rod retaining wall in filling area has great theoretical significance and engineering application value.
最后对场区地基工程处理措施及填方体设计与施工提出优化建议。
At last, the optimization suggestion on the engineering disposal measure to the site foundation and the design as well as construction of the embankment is brought forward.
在软土地基上，公路路基的加宽工程除了要重点解决好填方路段新路基下软基处理方案，还要处理好新老路基之间的衔接即新老路堤的不均匀沉降问题。
For a soft ground subgrade, the widening engineering of highway focuses not only on the soft ground fills in new section, but on the joint of new and old subgrade.
作者查阅了国内外大量填方土体的工程性状研究文献，在前人基础上，总结分析了压实土的强度机理。
Author go over the number of papers about engineering behavior of embankment fill, summarize and analysis the mechanism of compacted soil.
研究表明，在护岸工程高填方路基处理中，强夯法是一种最为快捷、经济且有效的方法。
It is derived that dynamic compaction method is the most shortcut economic efficacious method in dealing with high fill roadbed soil of retaining wall engineering.
该文提出了一种根据设计断面中“地基线”和“工程轮廓线”来计算挖填方量的算法。
We present the algorithm according to the configuration line and ground line of cross section.
所需的开挖和填方依照规范中第4章“土方工程”的规定实施。
The necessary excavations and fillings will be performed according to stipulated in the Chapter the 4 EARTHWORKS of these specifications.
介绍了碎石桩、强夯置换两种工程常用的山区高填方地基的处理方式。
Two kinds of ground treatment methods, gravel piles and dynamic replacement methods, are introduced, which are the most popular treatments at high fill foundation of airport in mountainous area.
路基土石方工程包括：填方路基、挖方路基和特殊路基处理及其有关的作业。
Subgrade earthwork and rockwork shall include: fill subgrade earthwork, cut subgrade, special subgrade treatment and other relevant activities.
填方区锚杆挡墙与一般的挖方区挡墙不同，在实际工程设计与施工时不能将两种挡墙一概而论。
The anchor rod retaining wall in filling area is different from the other anchor rod retaining walls using top-down method.
路面的工后沉降问题是高填方路堤工程的主要问题之一。
Settlement after construction is one primary problem of high-filled embankment. In this paper a method of prediction for settlement after construction was developed.
路面的工后沉降问题是高填方路堤工程的主要问题之一。
Settlement after construction is one primary problem of high-filled embankment. In this paper a method of prediction for settlement after construction was developed.
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