1.
Relationship between Structural Strength and Structural Yield Pressure of Loess;
黄土的结构强度及其与结构屈服压力的关系
2.
Parametric Design and Research on Direct Calculation of Yielding and Buckling Strength for Deck Ship
大型甲板货船参数化设计与结构屈服屈曲强度直接计算研究
3.
Research on Direct Calculation of Yielding and Buckling Strength Based on CSR for Oil Tanker;
基于油船结构共同规范的屈服与屈曲强度直接计算研究
4.
Research on Direct Calculation of Yielding and Buckling Strength Based on CSR for Bulk Carriers;
基于散货船结构共同规范的屈服与屈曲强度直接计算研究
5.
The Influence of Steel Bar Yield Strength Error to Structure Design;
钢筋屈服强度的误差对结构设计的影响
6.
Experimental Study on Energy Dissipation Hinge of Different Yield Reinforcement Concrete Structure;
不同屈服点钢筋混凝土结构耗能铰的试验研究
7.
Influence of post-yielding stiffness to seismic response of building structures
屈服后刚度对建筑结构地震响应影响的研究
8.
The Seismic Response Study on Metro Tunnel Based on Multi-yield Surface Dynamic Constitutive Model;
基于多屈服面动本构模型的地铁结构地震响应分析
9.
Post Buckling Behavior Analysis of Composite Laminated Plates and Shells Structures;
复合材料层合结构屈曲和后屈曲研究
10.
Mechanical model for pile-driving is presented according to the soil deformation behavior and yielding criterion of structural soft soils.
根据结构性土体的变形特征和屈服准则，建立打桩力学模型。
11.
A statically indeterminate structure will usually sustain loads in excess of that at first yield before instability occurs.
超静定结构通常在失稳之前，既使超过第一个屈服点还能承受载荷。
12.
Many repeated excursions into the yield range will eventually bring destruction to steel.
在屈服范围内的多次重复振动，最终将会把钢结构物毁坏。
13.
Yielding control of tape spring for deployable structures during the pure bending buckling
空间可展结构卷尺弹簧纯弯曲过程中的屈服控制
14.
Objective： To analysis the correlation between the ocular components and the anisometropia in children.
目的:分析儿童屈光参差眼的眼球屈光结构与屈光不正的关系。
15.
Such a transition is known as buckling of the structure.
这样一种过渡称为结构的屈曲。
16.
Buckling Assessment of Hull Shells Based on Common Structural Rules;
基于结构共同规范的船体板屈曲分析
17.
Numerical Research on Dynamic Buckling of Structures under Axial Impacted Load;
冲击载荷下结构动态屈曲的数值研究
18.
Analysis of Seimic Performance of Buckling-Restrained Braced Steel Frames;
防屈曲支撑钢框架结构抗震性能分析