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1·Choosing embankment filling with large friction Angle is helpful to increasing pile efficacy.

大内摩擦角填料有助于提高桩体荷载分担比。

2·The cohesion and internal friction angle increase with the increase of compaction under the same water content.

在同一含水率下，黏聚力和内摩擦角随试样压实度的增加而增大；

3·Finally, the effect of the diameter on the cohesion and internal friction angle of coal samples is investigated.

最后讨论了直径对煤样黏聚力和内摩擦角的影响。

4·The analysis of the friction angle effected by the dimension tolerances of the needles and shaft are given in this paper.

本文在冲压成型外圈的锁紧斜面尺寸难以修改的前提下，分析了其配用的滚针或轴（内圈）的几何尺寸变化对摩擦角的影响。

5·In a given suction range, the influence of the suction on the effective cohesion is more evident than the friction Angle.

在实验吸力的范围内，有效内聚力受吸力的影响比有效内摩擦角更明显。

6·The effects of soil friction Angle and coefficient of consolidation on pile ultimate bearing capacity were both analysed.

固结系数决定着桩的极限承载力在初期的发挥，但并不影响桩的最终极限承载力。

7·The results show that the internal friction angle of rock has importance affect on the displacement of surrounding rock for deep…

分析结果表明，在地应力和支护阻力一定时，岩石的内摩擦角对深埋巷道围岩位移的影响最为明显。

8·Soil resistance and pastes cohesion and internal friction Angle, is the two indicators which evaluate the performance of soil shear.

土壤抗剪黏聚力和内摩擦角，是评价土壤抗剪性能的两项指标。

9·Moreover, the friction angle' s change rule and the reasons of different granules were analyzed and pointed out under the same water ratio.

在此基础上进一步分析了不同粉砂粒含量的土在相同含水率时的摩擦角变化规律及其原因。

10·The stiffness coefficients, cohesion, friction angle are the important parameters in reflecting the mechanical characteristics of the joints.

岩体节理面的刚度系数、黏结力和内摩擦角是反映节理面力学特性的重要参数。