1.
Application of Rigidity Distribution Method in Calculation and Research for Force of Knotted Cable in Chongqing Chaotianmen Yangtze River Bridge
刚度分配法在重庆朝天门长江大桥扣索力计算与研究中的应用
2.
Assigns According to the Rigidity Coupling Model Analysis Platform Longitudinal Force
按刚度耦合模型分析墩台纵向力分配
3.
Analysis to the Matching Rationally of Resisting Earthquake of High-rise Mixed Steel Concrete Structure;
高层钢—混凝土混合结构抗震刚度匹配分析
4.
Lateral Rigidity and Capacity Analysis of Assembly Temporary Bearing Frame
装配式临时架体的抗侧刚度及承载力分析
5.
Based on the results of piledriving and optimal analysis, the rational matching of composite stiffness of disc~spring cap andstiffness of pile has been obtained.
根据沉桩的效果和优化分析，找到了碟簧桩帽的组合刚度与桩的刚度的合理匹配。
6.
The method of load distribution of bottom bracing is adopted to change support rigidity,so that the bush vibration is reduced.
采用底脚载荷分配的方法改变了支承刚度 ,从而降低了轴瓦振动。
7.
The Influence of Transfer Stiffness to the Internal Force of Structure and the Analysis of the Method of Placing Reinforcement for Transfer Beam;
转换梁刚度对结构的内力影响及转换梁的配筋方法对比分析
8.
STIFFNESS ANALYSIS OF THE MATCHING OF LENGTHENED SHRINK-FIT HOLDER AND CUTTING TOOL IN HIGH SPEED MILLING
高速加工热缩加长刀杆与刀具配合径向夹持刚度分析
9.
This combination process is called the assemblage of stiffness matrices.
这种组合的过程称为刚度矩阵的装配。
10.
Research on Stiffness Matching of the Joint of Composite Cable-stayed Bridge;
混合梁斜拉桥结合段刚度匹配的研究
11.
Match and design of torsional stiffness of the DMF-CS torsional damper
DMF-CS型扭振减振器刚度匹配设计
12.
Experiment on stiffness of concrete beams with 500MPa steel bars
配500MPa钢筋的混凝土梁受弯刚度试验
13.
Static Stiffness Analysis for the MGK7350 Surface Grinding Machine
MGK7350平面磨床静刚度分析
14.
The Matching of Structural Distribution Network and Market Positioning;
结构分销网络与市场定位的刚性匹配
15.
Research on Intensity-Based Medical Image Rigid Registration Methods;
基于像素灰度的医学图像刚性配准方法研究
16.
Research of the Internal and External Prestressed in Large Span Continuous Ridge Frame Bridge;
大跨度连续刚构桥体内外混合配索研究
17.
Stiffness Matching Optimum Design of Multi-Stanchion Landing Gear Airplane;
多支柱起落架飞机支柱刚度优化匹配设计
18.
Research on the Side Rigidity Matching Based on Improving the Vehicle Performance in Side Impact;
基于侧面碰撞安全性的车辆侧面刚度匹配研究