加筋土在众多工程领域都得到了广泛应用。
Reinforced earth have been widely used in many engineering fields.
加筋土是一个令人惊讶明显挡土墙的解决方案。
Reinforced soil is a surprisingly obvious retaining wall solution.
该结论可供今后加筋土挡土墙的研究和设计参考。
The test results can be used as a reference for future studies and designs of reinforced earth retaining wall.
加筋土挡土墙是国内外广泛采用的挡土墙建设技术。
Reinforced earth retaining wall is a widely used construction technique of retaining walls.
对实际的加筋土结构设计、施工具有重要的参考价值。
筋土之间的摩擦力是加筋土结构的一个重要设计参数。
The friction mobilized between the soil and reinforcement is an import ant design parameter of reinforced structure.
加筋土干垒块挡土墙内部稳定的计算与施工有其特殊性。
And it has its own particularity in the internal stability calculation and construction.
研究成果可为加筋土界面机理更深入研究提供新的认识。
The study results can provide a new understanding for future studies on the mechanism of the reinforcement interface.
加筋土技术是现代路堤设计与施工中广泛应用的新技术之一。
Reinforced earth technology has been applied extensively to embankment design and construction at present.
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.
本文的结论对加筋土结构的内部稳定分析具有一定的实际意义。
Conclusions are of great significance to internal stability analysis of reinforced soil structures.
加筋土结构被广泛应用于工程实践中，但目前用于滑坡整治较少。
The reinforced earth structure is widely applied to the engineering practice, but it is less done to harnessing landslide.
加筋土中筋材与土的关系与钢筋混凝土中钢筋与混凝土的关系类似。
The relationship between reinforcement and soil in reinforced soil is similar to that of steel and concrete in reinforced concrete;
利用加筋土边坡临界滑动场法分析地震作用下加筋土边坡动力稳定性。
Analyze the reinforced soil slope dynamic stability under earthquake through reinforced soil slope critical slip field method.
加筋土的强度随着压实度、加筋层数及加筋材料弹性模量的增大而增大；
With the increase of the degree of compaction, the elastic modulus and the amount of reinforcement, the strength of reinforced soil increases.
目前，国内外对于加筋土的界面特性试验仍然以直剪试验与拉拔试验为主。
Recently, the main tests for the interface characteristics of reinforced soil are pullout test and shear test.
加筋土挡土结构是其主要的应用形式之一，在国内外已得到了广泛的应用。
Reinforce earth retaining wall is one of the main types which has been applied extensively at home and abroad.
目前，加筋土已广泛应用于公路、铁路路基、边坡、挡土墙以及河岸等工程。
Now, reinforced soils have been used widely in road, railway subgrade, slope, retaining wall, bank protection and so on.
加筋土样的三轴压缩主要存在两种不同的破坏型式，即拉断破坏和粘着破坏。
There were two failure modes during triaxial compression mainly, one was tensile failure and another was friction failure.
会使无软化特性的纯砂本构关系，变成具有明显软化特性的加筋土本构关系。
It will turn the originally no softening characterized constitutive relations of pure sands into evidently softening char...
会使无软化特性的纯砂本构关系，变成具有明显软化特性的加筋土本构关系。
It will turn the originally no softening characterized constitutive relations of pure sands into evidently softening characterized co...
在加筋土有荷载膨胀量试验中，取三种不同加筋率的试样进行试验求其膨胀率。
During the swelling capacity test of the reinforced soils under load, three different reinforcement ratio samples are tested in order to reduce their expansion of the soils.
加筋土结构在挡土墙中的应用已较为普及，但作为溢流拦河坝的坝体结构目前却较少。
The reinforced earth structure is popularized in the earth-retaining wall, but the reinforced earth overflow dam is few.
加筋土技术自60年代问世以来，国内外的学者们对其基础理论进行了大量试验研究。
Since the technique of reinforced soil appeared in 1960's, the scholars carried out a lot of researches and tests for its basic theory.
通过归一化强度分析，研究了不同围压下加筋的效果，分析了加筋土强度提高的宏观表现。
Through analyzing the normalized strength, the effect of reinforcement under different confining pressure is studied. The macro-behaviour of reinforced soil is analyzed.
将极限分析上限法用于加筋土结构物稳定性分析的关键是滑动面上内力功如何计算的问题。
The upper bound method of limit analysis can be used for the stability analysis of reinforced earth; the internal works on the slip plane is the crux of the stability analysis.
近年来，加筋土技术在国内外得到了广泛的应用，理论研究不断深入，工程实践越来越多。
In recent years, the stiffening soil technique is widely used at home and abroad. Its theoretical study is developing in depth. The engineering practices are used more and more.
测试格栅加筋土挡墙面板后的土压力、加筋体后土压力、加筋土各分层土压力及地基应力等。
The earth pressures near the wall-plate, rear reinforced body and horizontal profile, the compression stress of the bottom, etc. are measured.
由于交通荷载的急剧增加和该类挡土墙的固有缺陷，国内有多处加筋土挡土墙产生变形甚至倒塌。
Because of the rapid increase in traffic loads and the inherent defects associated with such a kind of reinforced earth retaining wall, many of them fail after operation for a period of time in China.
由于交通荷载的急剧增加和该类挡土墙的固有缺陷，国内有多处加筋土挡土墙产生变形甚至倒塌。
Because of the rapid increase in traffic loads and the inherent defects associated with such a kind of reinforced earth retaining wall, many of them fail after operation for a period of time in China.
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