1.
Monitoring and analysis of reaction to soil among piles on pile-raft foundation in soft ground
软土地区桩筏基础桩间土体反力监测分析
2.
Cooperation between Piles and Soils after the Low Side of the Pile Cap Separating from the Earth
承台底地基土脱空后桩与桩间土的共同工作
3.
Analysis and Simulation of Soil Arching Effects on Anti-slide Piles;
抗滑桩桩间土拱效应及其有限元模拟研究
4.
Research on the Calculation Method for Pile-soil Stress in Pile-mesh Composite Structure
桩网复合结构桩间土应力计算方法研究
5.
The study on the engineering property change of cylindrical pile strengthening soft foundation soil and piles
筒桩加固软基桩间土的工程性质变化研究
6.
Theory Analysis and Test Study on the Soil between Lime-soil Compaction Piles;
灰土挤密桩桩间土挤密效果的理论分析与实验研究
7.
The influence of the characters of the inter-pile soil on the bearing capacity of the cement-soil pile composite foundation
桩间土性质对水泥土桩复合地基工作性状的影响
8.
Study on the Mechanic Performance for Middle Pile of Steel Fiber Reinforced Concrete Five Pile Caps
钢纤维混凝土五桩承台中间桩受力研究
9.
Study of Soil Arching Effects of Sheet-pile Wall and Appropriate Space between Piles;
桩板墙工程土拱效应及合理桩间距研究
10.
The calculation of pile spacing between anti-sliding piles in accordance with the condition of soil arching generating
由桩后土拱形成的条件对抗滑桩间距的计算
11.
Rational spacing between adjacent anti-slide piles in the area of loess
黄土地区抗滑桩合理桩间距的确定方法
12.
The analysis of interval between long screw auger taking clay and static pressuring pile
长螺旋钻孔取土与静力压桩时间间隔的分析
13.
The earth pressure against the retaining piles with interval consists of two parts: direct and indirect earth pressure.
将间隔布桩时护壁桩侧土压力分为直接土压力和间接土压力两部分。
14.
Calculation of Soil Stress on Holding Sheet of Pile-anchor Retaining Structure Considering the Effect of Arch between Piles;
桩锚支挡结构体系中考虑桩间拱效应的挡板土压力计算
15.
HORIZONTAL SOIL ARCH BASED CALCULATION OF EARTH PRESSURE ON SLAB BETWEEN TWO ADJACENT ANTI-SLIDE PILES
基于水平土拱效应的桩间挡土板土压力计算研究
16.
Analysis of the Common Work of Pile-soil-structure Considering Space Effects;
考虑空间效应的桩-土-结构共同作用的分析
17.
Study on compacting space effect based on Strain Path Method
基于应变路径法的压桩挤土空间效应研究
18.
Spatial Tie-arch Load-transferred Model for Steel Fiber Reinforced Concrete Piles Caps
钢纤维增强混凝土桩基厚承台空间拉杆拱传力模型的建立