1.
Affection of Tamping Energy and Tamping Times on Depth of Dynamic Consolidation;
夯击能及夯击击数对强夯加固深度的影响
2.
Analyses were made of the influence of lamping energy, distance of tamping points and number of passes upon the safety of the existing surrounding structures when a foundation is improved with the dynamic compaction method.
分析了强夯法加固地基时，夯击能、夯点距离、夯击数等因素对周围已建建筑物的安全的影响。
3.
A Study on Times of Dynamic Compaction Tamp Based on Element Deformation Energy Dissipation
基于单元体变形耗能的强夯夯击次数研究
4.
Impact Stress and 10000kN.m Series of Experimental Investigations of High Energy Level Dynamic Compaction;
冲击应力与10000kN.m高能级强夯系列试验研究
5.
On the other hand， as an instant impact load with controllable energy， dynamic compaction is a good test in-situ for the study of soil dynamics.
另外，作为一种能量可控的瞬态冲击荷载，强夯施工可以作为一个可控的土动力学原位试验。
6.
Study on Design Theory and Construction Technology of Cast-in-Place Expanded Pile with Hammer Driven Casting;
锤击夯扩沉管灌注桩设计理论与施工技术研究
7.
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
8.
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
9.
Study on the Impact in the Course of the Starting and the Influence of Vibrating Parameters
振动平板夯起振冲击机理及振动参数影响分析
10.
Comparative experiment of high vacuum densification method and routine dynamic consolidation method in dredger fill soil
吹填土高真空击密法与常规强夯法对比试验
11.
The design of working springs and movement analysis in the HCD110 type impact ram
HCD110型振动冲击夯运动分析及工作弹簧的设计
12.
Design of working springs in heavier impact ram
大质量振动冲击夯结构及工作弹簧的设计
13.
Currently you can choose between a wide range of powerful single-direction vibration plates and an equally broad selection of reversible plated.
你能够在单向振动式平板夯与可反转式平板夯之间任意选择。
14.
Strengthening the management ability and optimizing the strategic structure;
夯实集团管理能力 实现战略结构优化
15.
8000kN·m High Energy Level Dynamic Compaction Replacement Method for Foundation Ground by Hydraulic Filling
8000kN·m高能级强夯置换处理吹填地基
16.
Subgrade loess collapsibility before and after low level tamping
低能级强夯前后路基黄土湿陷性研究
17.
Application of High Energy Level Dynamic Compaction in Collapsible Loess Region
高能级强夯在湿陷性黄土地区的应用
18.
The Test Study of The Material Properties about The Earth Rammed Wall In Three Lanes And Seven Alleys
“三坊七巷”夯土墙材料性能试验研究