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) pitching pile by digging holes artificially
人工挖孔护坡桩
4) bore stake technique
挖孔支护桩
5) support with artificial boring holed pile
内撑式人工挖孔桩支护结构
1.
In this paper the first application of artificial neural network in predicting the horizontal deformation of support with artificial boring holed piles was described.
本文首次将人工神经网络应用于内撑式人工挖孔桩支护结构水平变形的预测中 ,并通过自编程序证明了该方法的可行性 ,得出的结论对设计和施工均具有重要的指导价值。
6) 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
补充资料：人工支护采矿法
包括用人工支护采空区的所有采矿法。目前这类采矿法中主要使用充填法，用其他支架的各类采矿法已极少应用，因此也常把这类采矿法叫充填采矿法。有的文献将壁式崩落法和分层崩落法划归这类采矿法（见崩落采矿法）。
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