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1·The results showed that tensile strength, tensile yield stress and tensile breaking stress were increased with the increase of bore distance;

结果表明，随筛板孔距的增加，其拉伸强度、拉伸屈服应力及拉伸断裂应力均提高；

2·The results show that the influences of the glass beads content and its diameter on the tensile yield stress and strain at yield are not significant.

结果显示，微珠含量及其直径对复合物的拉伸屈服应力和屈服发生时的应变影响不太明显。

3·Precise prediction to Bauschinger's effect values is given based on the study of tensile yield strength for pipes, so does the range of yield strength supplied.

通过对管材抗拉屈服极限的研究，提出要准确地估计包辛格效应值，并应定出供货的屈服极限范围。

4·Tensile yield strength was used to quantitatively evaluate the interfacial interactions, which have significant influence on the tensile fracture morphology of the composites.

采用拉伸屈服强度定量表征了界面相互作用的强弱，研究了界面相互作用对三元复合体系拉伸断裂形态的影响。

5·The experiments consisted of the measurement of yield stress, tensile strength and hardness for samples cut from various parts of the forging.

试验包括对取自不同锻造零件的试块的屈服强度、抗拉强度及硬度的测量。

6·Silicon can obviously improve the elastic limit, yield point and tensile strength of steel.

硅能显著进步钢的弹性极限，屈从点和抗拉强度，故普遍用于作弹簧钢。

7·The significance of this relationship is providing for high yield and tensile strengths.

这个关系的重要性在于提供高的屈服和拉伸强度。

8·Mechanical properties and fracture mechanism of high strength steel sheet with low yield ratio under impact loading have been studied through instrumented impact and quasi-static tensile tests.

通过室温下的仪器化冲击试验和静态拉伸试验，研究一种低屈服比高强度钢板在冲击载荷下的力学性能和断裂机理。

9·To the problem of more yield strength error in SSAW pipe transverse strip specimen tensile tests, analyze the reason of the error, put forward corresponding solving method.

针对螺旋埋弧焊钢管横向板状试样在拉伸试验时存在的屈服强度误差较大的问题，分析了其误差较大的原因，并提出了相应的解决办法。

10·Good yield strength and tensile strength.

良好的屈服强度和抗拉强度。