全部

1·The mode of fracture changed from ductile to fragile for the BMG composites, but the compressive failure strength increased.

复合材料的断裂由韧性断裂转变为脆性断裂，但压缩断裂强度随着ZrO2含量的增加而得到提高。

2·Experimental results show that the mechanical properties and mechanism of compressive failure of the composites change with the increase of the braided angles.

实验结果表明：材料的编织角对其压缩力学性能的影响很大，随编织角的变化，编织复合材料的压缩破坏机制发生了变化。

3·The experimental results show that the mechanical properties and compressive failure mechanism of the composites change with the increase of the braided angles.

实验结果表明：材料的编织角对其压缩力学性能的影响很大，随编织角的变化，编织复合材料的压缩破坏机制发生了变化。

4·The compressive failure tests were carried out on the composite laminates after low velocity impact damage to study compressive failure mechanisms of laminates after low velocity impact damage.

对两种材料体系和铺层的复合材料层合板进行低速冲击后压缩强度试验，以研究低速冲击后层合板的压缩破坏机理。

5·Compressive failure tests were carried out on composite laminates and stitched laminates after low velocity impact to study compressive failure mechanisms of laminates after low velocity impact.

对缝纫层合板和无缝纫层合板进行低速冲击后压缩破坏实验，以研究低速冲击后层合板的压缩破坏机理。

6·A tremendous advantage of these vessels is that high compressive stresses are induced during winding. This Prestressing greatly reduces the risk of fatigue failure.

这种容器的最大优点是在绕制过程中获得高预压缩应力，显著减少疲劳失效的危险性。

7·The experimental results show that both the failure modes and crack position of the tubes under axial compressive load changed when the end of the composite tubes are strengthened.

结果表明，复合材料圆管端部加强后，其轴压破坏模式和破坏位置都发生了改变。

8·Based on compressive deformation experiments of 21 pieces of sand-lime-AAC(SLAAC) masonry, this paper analyses their failure mechanism, and compares it with other masonries.

通过对21个灰砂蒸压加气混凝土砌体试件受压变形性能的试验研究，分析了其受压破坏现象及机理，并与其他砌体进行了对比。

9·Failure process under compressive pressure was recorded using CT images and CT Numbers.

使用CT图像和CT数压缩压力下的破坏过程。

10·The global failure criterion of rock mass element is proposed based on the analysis of releasable strain energy and is well accordance with the result of biaxial compressive test on marble.

基于可释放应变能建立岩体单元的整体破坏准则，该准则与大理岩的双压试验结果符合得比较好。