1) bundle strength
束纤维强度
1.
It is evident from the comparison with the measured data that there is a high correktion between the single and bundle tensile properties, and also high rek-tionships between fibre diameter or crimp and bundle strength or strain.
通过实验结果的对比分析得到,单纤维强伸性与束纤维强伸性存在线性相关,纤维直径和卷曲也与束纤维强度和伸长有较好的相关。
2) strength theory of fabric bundles
纤维束强度理论
1.
Based on the size effect of structure fracture and the strength theory of fabric bundles, the macro statistical scaling effect of materials is achieved.
从结构破坏的尺寸效应入手,利用纤维束强度理论,得到了材料的宏观统计力学效应。
2.
Researching from micro mechanical feature of materials and using the strength theory of fabric bundles,we gain the statistical scaling effect of material in normal scale.
从材料的微观力学性质入手,利用纤维束强度理论,得到材料的宏观统计力学效应。
3) fibre bundle strength tester
纤维束强度试验仪
4) bundle-reinforced
纤维束增强
1.
Based on these studies, the statistical microscopic criteria of failure of small-bundle-(the boundary effects of bundles must be taken into account in this case) and large-bundle-reinforced composites are established by using the method of the critical crack core model[1,3,4] and used for investigation of failure and fracture of bundle-reinforced composite.
在此基础上,利用裂纹临界核模型的统计方法,建立了小纤维束(须考虑纤维束的边界影响)和大纤维束增强复合材料的细观统计破坏准则,并用这两个准则研究了纤维束增强复合材料的断裂强度问题,所算得的强度和裂纹临界长度的合理性表明了这两个准则的正确性。
补充资料：纤维强度
见可纺性能。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条