1.
On application of hydraulic high-speed compaction technique in abutment backfill in structure
高速液压夯实技术在结构物台背回填中的应用
2.
Techno-economic analysis of dynamic compaction and impact compaction for foundations of collapsible loess;
湿陷性黄土地基强夯和冲击压实技术经济分析
3.
The Construction Technique to Reinforce Soft Ground by Replacement, Riprap,and Rolling Tamping;
软弱地基换填处理及抛石辗压夯实加固施工技术
4.
Rollers and compactors--Terminology
GB/T7920.5-1987压路机和夯实机术语
5.
"Vibro-replacement stone column + dynamic,"the total elimination of sand liquefaction construction technology
“振冲碎石桩+强夯”彻底消除砂层液化的施工技术
6.
StudyandApplicationofHeavyTampingTechniquetoEliminateFoundationLiquefactionInducedbySeism
强夯技术消除地基振动液化的研究及应用
7.
Design and Realization of Hydraulic Pressure Specialized Technology Website Based on ASP.NET;
基于ASP.NET技术的液压专业技术网站的设计与实现
8.
The Construction Technique of Dynamic Consolidation Treating with Saturation Sand Soil Foundation for High-Grade Highway
高等级公路强夯处理饱和砂土液化地基施工技术
9.
Research and Implementation of Automatic Generation of Assembly Drawing for Hydraulic Manifold Block;
液压集成块装配图智能化生成技术研究与实现
10.
Design and Study of Internet Based Hydraulic System Tele-operation;
基于网络液压系统远程控制技术研究与实现
11.
The Study on Realizing Process of Hydraulic Visual Simulation Based on Configuration Technology in Industry Control;
基于工控组态技术的液压仿真可视化实现研究
12.
Moving pictures of hydraulic and pneumatic components by the use of flash components;
应用Flash技术实现液压与气动元件的动画演示
13.
ON THE TECHNOLOGICAL STUDY PRACTICE OF HYDRAULIC SYSTEM TEST BENCH OF WIND-DRIVEN ASSEMBLY;
风力发电机组液压系统试验平台技术研究实践
14.
Building a Virtual lab for Hydraulic drive Based on X3D
基于X3D技术构建虚拟液压传动实验室研究
15.
The Design and Application of Hydraulic Servo Control Technology in the Straightening Machines
液压伺服控制技术在校直机上的设计和实现
16.
General specification of hydraulic pumps and motors for ship
GB/T13853-1992船用液压泵液压马达技术条件
17.
Study on Hydraulic Tamping System Based on Pressure-feedback Control Method;
基于压力反馈控制的液压夯入冲击系统的研究
18.
Probe and Practice on Integrated Teaching Model of Theory and Practice in Teaching the Course "Hydraulic and Pneumatic Technology"
“理论实践一体化”教学模式在《液压与气动技术》教学中的探索与实践