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1)  design value of the skin friction of single plie
单桩桩周摩阻力设计值
2)  frictional resistance around pile
桩周摩阻力
3)  resistance of attrition
软岩桩周摩阻力
4)  friction resistance around pile
桩周阻力
1.
In order to proof bearing capacity of single pile and find out friction resistance around pile and pile base resistance,the load transfer and resistance analysis test of end-bearing pile are taken by using the load and strain test of drilling hole perfusion end-bearing pile and the cyclic loading method.
根据静载试验和阻力测试结果,并依据地层剖面,分别求得单桩容许承载力、轴向力的分布、桩周岩土阻力和桩端岩基阻力,同时对如何考虑桩周阻力和利用桩端地基强度,提出了建议。
5)  skin friction of pile
桩侧摩阻力
1.
By the static loading test of the large diameter bored cast-in-place pile,in which stressometers and deformeters are inbuilted at the pile s differrnt positions such as the bottom,the interfaces for soil layers along pile and so on,the loading transmission mechanism,the regulations of axial force and the skin friction of pile are analyzed.
通过在大直径灌注桩桩端及桩身各主要土层的分界面埋设应力计和应变计的静荷载试验,研究大直径灌注桩的荷载传递机理,分析轴力和桩侧摩阻力的变化规律。
2.
Based on Mindlin stress solution, the calculating method of additional stress in foundation soil for any distribution form of the skin friction of pile is deduced in this paper, and the settlement problem of single pile is analyzed.
以 Mindlin应力解为基础 ,推导了任意桩侧摩阻力分布形态时地基土中附加应力的计算方法 ,并针对单桩的沉降问题进行了分析 ,为单桩的沉降量计算提供了一个较为合理的方法。
6)  side resistance
桩侧摩阻力
1.
The bearing performance of pile is studied, including uplifting displacement, load transfer, and development of side resistance.
通过数值模拟研究桩的承载性状,包括桩的上拔位移、荷载传递特性和桩侧摩阻力的发展,并分析桩底部土体的局部应变以及土体位移场的分布。
2.
The post-grouting technique for the bored pile construction can make the cement paste penetrate, fill and compact under the high pressure, and produce the physical and chemical consolidation with the settled materials, clay skin, and the soil body around the pile and on the tip of pile, increasing the side resistance and tip resistance, and further increasing the capacity of the single pile.
钻孔灌注桩后压浆技术,使水泥浆液在高压下渗透、充填和挤密,与沉渣、泥皮、桩周和桩端土体发生物理化学固结,增大了土体和桩端的强度,改变了桩的受力类型,提高了桩侧摩阻力和端阻力,从而提高了单桩的承载力。
3.
The developing degree of side resistance is well corresponding to the relative displacement between pile and soil.
桩侧摩阻力的发挥程度和桩土相对位移有着很好的对应关系。
补充资料:周摩
1.贴近;迫近。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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