1.
RESEARCH ON THE EFFECT OF FLOATING PILE WORKING BEHAVIOR IN FOUNDATION PIT EXCAVATING WITH REINFORCED PASSIVE SOIL REGION
被动区加固后基坑悬臂支护桩性状研究
2.
Application of Cantilever Piles in Row and Jet-grouted Piles in the Retaining and Protecting for Deep Foundation Pit Excavation
悬臂式排桩与旋喷桩在深基坑支护中的应用
3.
Foundation Pit Supporting Technology of Grouting Pile Cantilerer Enclosure by Percussion and Grabing;
冲抓成孔灌注桩悬臂围护形式深基坑支护技术
4.
Deep Foundation Pit Cantilever Bottling Pile Support Computer Aided Design;
深基坑悬臂式灌注桩支护计算机辅助设计
5.
STUDY ON THE BEHAVIOR OF CANTILEVER DOUBLE-ROW PILES SUPPORTING DEEP EXCAVATION
深基坑悬臂双排桩支护的受力性状研究
6.
Finite Element Analysis on Deformation Characteristics of Cantilever Retaining Structures and Ground without Plate Piles
悬臂式无支撑板桩支护基坑变形性状有限元分析
7.
3-D FEM Analysis on Cantilever Cement-Soil Multiple-arch Combined Strutted Structure;
悬臂式连拱组合支护结构的三维有限元分析
8.
Application of design count software for cantilever supporting structure in calculating maximum internal force;
悬臂式支护结构设计计算软件在计算最大内力中的应用
9.
The Analysis of Cantilever Strength of ZYB600F Hydraulic Static Pile Engine Base on Cosmos;
ZYB600F型液压静力压桩机悬臂强度的分析
10.
Research on Safety Distance between Gas Pipeline and Foundation Ditch of Cantilever Piles
燃气管道与悬臂桩基坑安全间距研究
11.
crane ,jib (excl. portal and pedestal cranes), self-propelled
自动悬臂起重机（门式臂架起重机及支座式悬臂起重机除外）
12.
crane ,jib (excl. portal and pedestal cranes), not self-propelled
非自动悬臂起重机（门式臂起重机及支座式悬臂起重机除外）
13.
Static Strength Finite Element Analysis to the Cantilever of the ZYB Hydraulic Static Pile Drivers;
ZYB液压静力压桩机悬臂强度有限元分析
14.
Study on Three-dimensional Soil Arching Effect of Cantilever Piles and Ground Resisting Force Acted on Its Build-in Zone
悬臂桩三维土拱效应及嵌固段地基反力研究
15.
Application of Bracket with Double-cantilevers Longitudinal Beam in 0# Block of Cantilever Perfusion Beam
牛腿双悬臂纵梁用于悬灌梁0#块支架的研究
16.
Model Test and Computer SimulatedAnalysis of Slide_Resistant System onCantilever Pile_Anchorage Pile
带悬臂桩-锚桩抗滑体系的试验研究及计算机仿真分析
17.
constructed of two cantilevers that meet in the middle.
悬臂自支架伸出，彼此相接而筑成的桥。
18.
Research on pedestal looseness fault of multi-disc over-hung rotor system
多盘悬臂转子系统支座松动故障研究