1.
Analysis on Dynamic and Static Test of Vertical Load Capacity
基桩竖向抗压承载力动静试验的分析
2.
POST GROUTING PILE TECHNIQUE(5)--HE VERTICAL COMPRESSIVE BEARING CAPACITY OF POST GROUTING PILES
后注浆桩技术(5)——后注浆桩的竖向抗压承载力
3.
Issues for Caution on the Vertical Compressive Load Test to Single Pile
关于单桩竖向抗压静载试验应注意的问题
4.
On Technical Analysis of the Large-tonnage Vertical Resisting Compression Statical Test for the Weak Soil Ground
软弱土场地大吨位竖向抗压静载试验技术分析
5.
TECHNIQUE OF POST GROUTING PILE(7) --FACTORS AFFECTING THE VERTICAL COMPRESSIVE BEARING CAPACITY OF PILES BY TIP AND SKIN GROUTING
后注浆桩技术(7)——影响桩端桩侧联合注浆桩竖向抗压承载力的因素
6.
The analysis and calculation of solely vertical compression pile test on the Binzhou to Dezhou Highway
滨州至德州高速公路单桩竖向抗压静载试验分析与计算
7.
A Study of Dead Load Test on the Vertical Ultimate Carrying Capacity of Cast-in-situ Piles in Project
某工程大直径钻孔灌注桩单桩竖向抗压静载试验分析
8.
Study on Seismic Behavior of SRC-RC Vertical Composite Frame;
SRC-RC竖向组合框架抗震性能的研究
9.
Study on Elextro-slag Pressure Welding Equipment of vertical Reinforced Bar…
竖向钢筋电渣压力焊研究——设备部分
10.
Application of Electroslag Pressure Welding of Vertical Reinforcing Steel Bar in Engineering;
竖向钢筋电渣压力焊在工程中的应用
11.
Estimation of ultimate load for a screw pile under the vertical pressure
竖向承压螺旋桩基础极限承载力判定
12.
The Experimental Study on Seismic Beheavior of Shear Wall with Vertical Steel and Lead Energy Dissipation Band;
带竖向软钢—铅耗能带剪力墙抗震性能试验研究
13.
Earthquake Resistance Behavior of R/C Frame Subjected to Horizontal and Vertical Motion;
竖向地震作用下混凝土框架结构抗震性能研究
14.
Earthquake Resistance Behavior of Frame Structure under Those Vertical and Horizontal Earthquake Excitation Simultaneously;
竖向地震对框架结构水平抗震性能的影响
15.
CALCULATION METHOD OF ULTIMATE BEARING CAPACITY OF VERTICAL PULL-OUT SCREW PILE IN SOFT GROUND
软土地基螺旋桩竖向抗拔极限承载力计算方法
16.
Influence of the transfer layer's vertical position on the anti-seismic of the large base double-tower structure
转换层竖向位置对大底盘双塔结构抗震的影响
17.
How to Resolve Vertical Penetrating Cracking of Extruded-Forming Wall Panel?
如何解决挤压成型墙板的竖向贯通性开裂?
18.
The verticalpresdsing die bending system expands the space of the bent pipe greatly.
竖直方向压模弯制，大大地扩展了弯管空间。