1) manual excavation pile with plates
人工挖孔承力盘桩
1.
In the two piles (one is manual excavation pile with plates, the other is straight-wall pile), testing elements is set before depositing concrete to reflect stress in the testing piles, displacement sensors on the pile block to reflect settlement deforming.
本文结合河南济源人工挖孔桩承载力研究课题，对两根试桩(一根均径桩，一根承力盘桩)进行了现场足尺静载荷试验，利用埋设在每根试桩不同断面上的42个钢筋应力计和埋设在桩底的5个土压力盒采集到反映桩身轴力及桩端压力的相关数据，通过对试验数据的处理分析和有限元分析，研究了竖向荷载作用下人工挖孔承力盘桩的桩身轴力的分布特性；桩侧摩阻力及端承力的发挥性状；承力盘桩单桩承载特性；沉降变形特性；提出了人工挖孔承力盘桩单桩极限承载力经验公式；利用有限元模型分析承力盘桩的承载变形性状，对承力盘桩的承力盘竖向临界间距提出了建议。
2) artificial excavating squeezed branch pile
人工挖孔支盘桩
1.
Based on the full scale model static loading test, the mechanism of the load transfer of artificial excavating squeezed branch pile is studied At the same time, the proportion of load beared by disks and pile side under ultimate load are analyzed, and some beneficial conclusions are obtaine
通过人工挖孔支盘桩的静载荷试验,研究了桩身荷载的传递规律和承力盘的承载作用。
3) manual excavation pile
人工挖孔桩
1.
Quality control analysis of large diameter manual excavation pile body;
大直径人工挖孔桩桩身质量控制分析
2.
The application of manual excavation pile in some big-scale work;
人工挖孔桩在某大型工程项目中的应用
3.
Technical Treatment to Several Special Aspects of Manual Excavation Pile;
人工挖孔桩在施工中几个特殊问题技术处理
4) manual hole digging pile
人工挖孔桩
1.
Discussion on the calculation models of the manual hole digging pile wall protection;
关于人工挖孔桩护壁计算的探讨
2.
The application of the method combined with manual hole digging pile and steel pipe pile in quicksand formation;
人工挖孔桩与钢管桩在流砂地层中的结合应用
5) artificial digging pile
人工挖孔桩
1.
How to do wall artificial digging pile project;
浅谈如何搞好人工挖孔桩工程
2.
Quality control of artificial digging pile in Jiashun international plaza;
嘉顺国际广场人工挖孔桩的质量控制
6) manual digging pile
人工挖孔桩
1.
The construction technology of manual digging pile of aquifer;
含水层人工挖孔桩施工技术
2.
Construction security control measures for manual digging pile;
人工挖孔桩施工安全控制措施
3.
Supervision and control work of manual digging pile construction;
人工挖孔桩施工的监理控制工作
补充资料：桩承台
简称承台，是组成桩基础的结构构件，在桩顶将桩群连接成整体，支承作用在桩基上的荷载并传递给桩和地基。桩承台的平面形状取决于桩的布置情况，通常做成矩形或条形。码头、桥梁等构筑物的桩基，桩顶往往高出地面或河底。这种桩称为高桩，其承台称为高桩承台。工业和其他民用建筑物的桩基，桩顶则往往低于地面，这种桩称为低桩，其承台称为低桩承台。
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