1.
Research of Deformation Characteristics of Geogrid Reinforced Retaining Wall under Seismic Load
地震动荷载下土工格栅加筋挡土墙变形特性研究
2.
Experimental Studies on RSRW and Analysis of Deformation Mechanism
加筋土挡墙试验研究及变形机理分析
3.
Analysis on Measurement Results of Stresses and Strains of Concrete Retaining Walls of "U"-shaped Road Channel
U形槽混凝土挡墙应力、应变测试分析
4.
Study on Deformation and Stability of Cement-soil Retaining Wall for Supporting Structure;
水泥土挡墙围护结构的变形及稳定性研究
5.
The Construction Technique and Deformation Control Measures of Geocell Flexible Retaining Wall
土工格室柔性挡墙施工工艺与变形控制措施
6.
Numerical Nonlinear Analysis on Stresses and Deformations by FEM and Study of Performance of Geogrids-Reinforced Earth Retaining Walls;
土工格栅加筋挡土墙应力与变形有限元数值分析及工作机理探讨
7.
Centrifugal Model Test Study on the Soil Pressure and Deformation of Retainingwall with Equilibratior;
衡重式挡土墙受力及变形特性离心模型实验研究
8.
Experimental Study on Deformation of a New-type Reinforced Earth Retaining Wall Under Repeated Loading
新型加筋土挡墙在重复荷载作用下的变形试验研究
9.
The Influence of Variable Water Level on Stability of the Subgrade Joined with Retaining Wall
水位变化对带挡土墙路基稳定性影响
10.
Design Method for RCRetaining Wall and Strip Foundation
钢筋混凝土挡土墙及其条形基础的设计方法
11.
Dynamic passive earth pressure on retaining wall under various modes of movement
不同变位模式刚性挡土墙的动被动土压力
12.
Test and analysis of development of depth of seasonal-thawing of L type retaining wall
L型挡墙冻土融化深度变化趋势测试及分析
13.
Research on Lateral Unloading Stress Path and Wall Deformation For Foundation Pit;
基坑侧向卸荷应力路径及挡墙侧向变形研究
14.
The Application of Geogrid-reinforced Earth Retaining Walls in Hua Hong 220kV Substation
浅议土工格栅加筋土挡土墙在220kV花红变电站的应用
15.
Collective drawings for gravity retaining wal
重力式挡土墙通用图集
16.
A Study on Rheologic Properties of Geogrids and Long-Term Performance of Reinforced Earth Walls;
土工格栅流变特性及格栅加筋挡土墙长期工作性能研究
17.
Abstract: Hydraulic retaining walls in seasonal cold region are often destroyed by breaking, declining and movement resulted from soil heaving behind walls.
文摘:季节冻土区水工挡土墙，常因墙后土体冻胀而产生断裂、斜、平位移等形式的破坏。
18.
Hydraulic retaining walls in seasonal cold region are often destroyed by breaking, declining and movement resulted from soil heaving behind walls.
季节冻土区水工挡土墙，常因墙后土体冻胀而产生断裂、斜、平位移等形式的破坏。