1.
Tensile Performance of 50W800G Silicon Steel Sheet under Different Loading Conditions
不同加载条件下50W800G硅钢板的拉伸性能
2.
The remaining life of speciment is dependent upon loading history, under two level cyclic loading.
两级循环加载条件下，材料的剩余寿命强烈地依赖于加载历史。
3.
Abstract: The remaining life of speciment is dependent upon loading history, under two level cyclic loading.
文摘:两级循环加载条件下，材料的剩余寿命强烈地依赖于加载历史。
4.
For the multiaxial proportional loading, the dispersion degree of fatigue cracks was low.
在多轴比例加载条件下，裂纹分布的分散性较小。
5.
Bounding Surface Model for Concrete under Triaxial Loading;
三轴加载条件下的混凝土边界面模型的研究
6.
Model Investigation of Settlement Data Analysis under Multi-stage Preloading;
分级加载条件下沉降观测数据分析模型研究
7.
Experimental Study on Acoustic Emission Characteristics of Rock Failure under Biaxial Compressive Loading Condition
双轴加载条件下岩石破坏声发射特征实验研究
8.
LOADING CONDITION FOR SPECIMEN DEFORMATION AT CONSTANT STRAIN RATE IN SHPB TEST OF ROCKS
岩石SHPB测试中试样恒应变率变形的加载条件
9.
Microstructure Characterization of Twinning Under Impact Loading for AZ31B Magnesium Alloys
冲击加载条件下AZ31B镁合金变形孪晶的微观特征
10.
TEST STUDY OF OIL WELL BREAKDOWN PRESSURE UNDER BLASTING LOADING
燃爆强加载条件下油井破裂压力试验研究
11.
STUDY ON CREEP PROPERTIES OF RED-BED SOFT ROCK UNDER STEP LOAD
分级加载条件下红层软岩蠕变特性试验研究
12.
Experimental investigation on mechanical behaviors of different Loaded Limestone
石灰岩在不同加载条件下的力学性能试验研究
13.
Investigation on Fatigue Notch Factor for Medium Carbon Steel under Axial Loading
轴向加载条件下中碳钢疲劳缺口系数的研究
14.
A Study on Numerical Methods for Analyses of Bearing Capacity Behaviour of Offshore Foundation under Combined Loading;
复合加载条件下海洋地基承载力特性数值分析方法研究
15.
Numerical analysis of ultimated bearing capacity behavior of suction caisson foundations under cyclic loading
循环加载条件下吸力式沉箱基础极限承载力特性分析
16.
Appreciable differences may occur, however, when small deformations considerably alter the loading conditions.
当微量变形能使加载条件发生颇大改变时，就会产生颇大的差异。
17.
Plastic Deformation Mechanism of High Pure Tungsten Prepared by CVD Method at High Strain Rate
冲击加载条件下化学气相沉积高纯钨的塑性变形机制
18.
For the nonproportional loading the dispersion become larger with the phase difference increasing.
在非比例加载条件下，随著相位差的增大，分散性增大。