1.
Engineering Properties of Foundation Soils and Soft Soil Consolidation in Tianjin New Port;
天津新港地基土工程特性及软基加固
2.
The Application of Compacted Base-enlarged Pile Without Shoes in Soft Soils in Shenyang Airplane Company
无桩靴夯扩桩用于沈飞公司软基加固
3.
Water Level Lowing Technique Using Vacuum Electrical Point Well and Low Energy Dynamic Compaction on Soft Ground of Berth 5 and 6 of Shatian Port Zone of Humen Port
真空电渗井点降水及低能量强夯加固技术在软基加固中的应用
4.
Evaluation and Monitor on Xinhui Base Dock’s Foundation Treatment
新会基地码头软基加固监测及效果评价分析
5.
New Theory & Technology of Soft Soil Roadbed Transact Base on Pile-net Composite Foundation;
桩—网新工法加固软土路基理论与技术
6.
The Finite Element Analysis of Embankment on Soft Grounds Reinforced by Geogrids;
土工格栅加固软土地基的有限元分析
7.
Investigation on Surcharge Preloading for Improved Soft Soil Ground under Expressway;
超载预压加固软土路基现场试验研究
8.
Theory and Field Test Study on Improvement of Soft Foundation;
快速加固软基的机理及现场实验研究
9.
Analyses about the engineering case of cement deep mixing pile in soft ground improvement;
水泥土搅拌桩加固软土地基实例分析
10.
Construction Technology of CFG Pile for Soft Soil Foundation of Express Railway
高速铁路软层地基CFG桩加固施工工法
11.
Application of cement injection pile in reinforcement of soft soil foundation
水泥粉喷桩在加固软土地基中的应用
12.
Analysis of 3D FEM for soft foundation improved by vacuum preloading
真空预压法加固软基三维有限元计算
13.
Discussion on Problems in Strengthening Soft Ground by Vacuum Preloading Method
真空预压法加固软基几个问题的探讨
14.
Inverse Analysis and Forecast of the Post-construction Settlement with Drainage Consolidation Method on Soft Foundation;
排水固结加固软基工后沉降反分析与预测
15.
Research on Application of Double-Control Dynamic Consolidation Method in Strengthening Soft Clays
双控动力固结法加固软粘土地基的应用研究
16.
Research on Reinforcement and Treatment Technique of Roadbed on Squashy Foundation in the Flooded Area of Yellow River of Eastern Henan;
豫东黄泛区湿软地基路基加固处治技术研究
17.
Experimental Study on the Performance of Composite Foundation of Cement Mixing Pile for Soft Ground Treatment;
水泥搅拌桩复合地基加固软基性状的试验研究
18.
Study on Settlement Computation Method of Deep and Soft Clay Improved by CFG-pile Composite Foundation;
CFG桩复合地基加固深厚软基沉降计算研究