1) Landside area of high fill soil
高填土陆域
2) highly-filled soil
高填土
1.
This paper presents an improvement technique ofthick and soft roadbed with highly-filled soil by preloadingwith plastic drainboards and sand piles.
针对沿海地区高填土深厚软土路基提出了塑料排水板与挤密砂桩联合堆载预压进行处理的工艺,并介绍了该方法的工程应用情况。
3) high-stacked soil
高填土
1.
Experimental study on reducing-load measurement using EPS of culvert under high-stacked soil;
高填土涵洞(管)采用EPS板减荷的试验研究
2.
The paper,with the real project and the given-strength material EPS,which was used to reduce the locd,through the in-situ-testand the non-linear FEM calculation,argues the relationships and gives the curves among the minimum earth pressure of the culvert under theembankment of the high-stacked soil,the different height of the embankment and the thickness of the reducing-load material.
本文是在既定的工程与EPS减荷材料强度的前提下,通过现场测试和非线性有限元计算,探讨了高填土涵洞洞顶最小土压力与不同填土高度、不同减荷材料厚度三者之间的关系,并给出了相应的曲线,为今后的工程应用提供了设计参照依据。
4) thick backfill
高回填土
5) high filling soil
高填土
1.
Structure analysis of holloww peir in high filling soil;
以重庆梁万路半坡大桥右线为例,对变截面空心桥墩在高填土作用下的受力行为进行了分析,通过指定荷载梯度模拟填土压力,计算结果全面反映了钢筋砼变截面箱形墩的受力状况。
补充资料：陆土
1.陆地。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条