防护土堤应用土填筑，不允许使用石块、砖块及混凝土块或者轻而可燃的材料填筑。
The protective earth dike shall be earth-filled. no rock brick and concrete block or light and flammable material shall be allowed for filling.
结合秦沈线施工特点，具体指出路基采用细粒土、粗粒山皮土和级配碎石几种具有代表性填料进行填筑的技术要求。
Considering the features of the construction of this line specific requirements are specified in the filling such as filling with fine earth, coarse mountain surface soil and graded crushed stones.
针对上述情况，从规划、实施、现场检验等方面对质量加以控制，从而确保防渗土填筑的质量。
Under this circumstance, the quality control is made for all the aspects such as planning, construction, site testing etc, so as to ensure the filling quality of the anti-seepage earth material.
阐述了江、河、湖堤防堤身土料填筑的质量控制。
This paper discusses the quality control of dike body earth material filling building in river and lakes.
在公路路基施工中，天气及施工工期的限制等原因，会经常遇到采用过湿土填筑路基的情况。
In roadbed construction, excessive soil is used to fill subgrade because of weather and construction schedule constraints and other reasons.
小浪底大坝防渗土料填筑规模巨大。
The Xiaolangdi dam has a large quantity of impervious earth filling.
加州承载比试验是评价路基土和路面材料强度及稳定性的重要技术指标，对于路基填筑材料的合理选择具有重要的参考意义。
California bearing ratio is a technical judgment indicator of the intension of subgrade and pavement strength. It is important to the selection of subgrade padding.
为了确保工程质量，工程建设中应当严格控制好弱膨胀土石灰稳定土的填筑含水率。
For better quantities of road bases, such stabilized soils should be compacted at appropriate water contents.
改良土是高速、重载铁路路基建设中重要的填筑材料。
To guarantee the safety of train, its very important to study the cyclic fatigue of improving soil.
海口某城市干道位于冲积平原地区，路基填筑用土大部分采用周边地区粉砂土，本文主要阐述粉砂土路基施工技术要点。
Silt sand was largely used in the roadbed of a main road locating in alluvial plain in Haikou City. This paper discusses the construction technical essentials of this silt sand roadbed.
提出在结构物顶部填筑聚苯乙烯泡沫塑料(eps)来减轻上埋式结构物土压力的方法。
The measure for reducing the vertical earth pressure on the buried rigid structure under high fill by expanded polystyrene (EPS) is proposed.
最后对弱膨胀土用于路堤填筑的控制标准进行了探讨。
At last, the standard of controlling compaction of the weak expansive soil for constructing embankment is suggested.
通过对土石方调配系统组成、调配关系的系统分析，在考虑开挖、填筑、借土区、弃土区、废料调配的前提下，以系统费用最低为目标，建立了道路工程土石方优化调配线性规划模型。
Linear optimization is often used in the calculation of earth adaptation, the calculation is a huge operation by human if there are many excavation areas and placement areas in it.
通过对土石方调配系统组成、调配关系的系统分析，在考虑开挖、填筑、借土区、弃土区、废料调配的前提下，以系统费用最低为目标，建立了道路工程土石方优化调配线性规划模型。
Linear optimization is often used in the calculation of earth adaptation, the calculation is a huge operation by human if there are many excavation areas and placement areas in it.
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