说明:双击或选中下面任意单词,将显示该词的音标、读音、翻译等;选中中文或多个词,将显示翻译。
您的位置:首页 -> 句库 -> 加固深度
1.
Study on the Improvement Depth of Dynamic Consolidation by Methods of Mathematical Physics
数理方法对地基强夯加固深度的研究
2.
Estimate and Numerical Analysis with Effective Reinforced Depth of Dynamic Compaction for Backfilled Soil;
强夯加固回填土的有效加固深度预估与数值模拟
3.
Experimental Investigations of 12000kN·m High Energy Level Dynamic Compaction Effective Reinforcement Depth in Improved Collapsible Loess Foundation
12000kN·m高能级强夯加固湿陷性黄土地基的有效加固深度试验研究
4.
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
5.
Research on the Effective Reinforced Depth on Dynamic Consolidation Based on Case-based Reasoning;
基于范例推理的黄土强夯有效加固深度预估方法研究
6.
CASE-BASED REASONING AND FUZZY ANALOGY PREFERRED RATIO FOR EFFECTIVE DEPTH OF COLLAPSIBLE LOESS TREATED WITH DYNAMIC CONSOLIDATION
基于模糊相似优先比的湿陷性黄土强夯有效加固深度预测范例推理研究
7.
The reinforced effect experimental research of plastic drain board with different depth and separation
不同深度和间距塑料排水板加固效果试验研究
8.
DETERMINATION METHOD OF THE RATIONAL ANCHORAGE LENGTH OF ANTI-SLIDE PILE BASED ON UNIFIED STRENGTH THEORY AND WEIGHTED RESIDUAL METHOD
基于加权残值法和统一强度理论抗滑桩合理锚固深度的确定方法
9.
The influence of precrack depth on the loading capacity of a FRP reinforced concrete beam
预制裂缝深度对FRP加固混凝土梁正截面承载力的影响
10.
Deep and Ultra-deep Well Cementing Technology with Low Density Slurries in Tahe Oilfield
塔河油田深井超深井低密度固井技术
11.
The Design and Constriction of Deep-Layered Agitating Pile in Bracing a Road in Shenzhen
深层搅拌桩在深圳某路基加固中的设计与施工
12.
Study on SEE characteristic and hardening techniques of CMOS SRAM with sub-micro feature sizes
深亚微米CMOS SRAM SEE特性及加固技术研究
13.
Study on the Reinforcement and Supporting Technique of Deep Soft Rock Laneway
深部软岩巷道的加固与支护技术研究
14.
Research on Over-cured Depth in Stereolithography Process
光固化快速成形工艺中过固化深度的研究
15.
Research on the steel plate anchorage length of plated R.C beams;
粘钢加固梁钢板锚固长度的试验研究
16.
He deepened the well because the depth was not enough.
他加深水井,因为深度不够。
17.
to fix or set securely or deeply.
把……稳固地或深深地固定。
18.
A Study of Temperature Gradient in Liquid Phase for Double-zone Heat Directional Solidification
双区加热定向凝固液相温度梯度研究