1) Tensile Breaking Specific Work
拉伸断裂比功
1.
Preparation of Size Film and Research of Tensile Breaking Specific Work;
浆膜的制备及其拉伸断裂比功指标的研究
2) tensile fracture
拉伸断裂
1.
Effects of interfacial IMC on tensile fracture behavior of Sn-3.0Ag-0.5Cu solder joints on copper substrates;
界面金属间化合物对铜基Sn-3.0Ag-0.5Cu焊点拉伸断裂性能的影响
2.
Thermographic detection method of tensile fracture process for cracked metal specimens;
含裂纹金属拉伸断裂过程的热像检测方法
3.
Characteristics analysis of acoustic emission signals from steel specimens under tensile fracture and fatigue crack condition
钢制试件拉伸断裂及疲劳开裂声发射特征分析
3) breaking work
断裂比功
1.
The experimental results showed that the breaking strength decreased logarithmically with the increase of clamp distance at constant drawing rate; and the average breaking strength, elongation at break and breaking work all increased with the increase of drawing rate at the same clamp distance.
在相同夹持距离下 ,随着拉伸速率的提高 ,平均断裂强力提高 ,断裂伸长增大 ,断裂比功也增大。
2.
The results showed the loss rates of stress,initial modulus and breaking work were more than 44%,65% and 51% after hydrothermal aging test respectively;but the corresponding parameters were less than 31%,27% and 36% after thermal aging test respectively.
结果表明,在热湿条件下老化结束后,材料的断裂应力、初始模量和断裂比功的损失率分别大于44%、65%和51%;而在热条件下老化结束后,材料对应指标的损失率分别小于31%、27%和36%。
4) specific work of rupture
比断裂功
5) tensile elongation at break
拉伸断裂伸长率
1.
The different results of tensile elongation at break,tensile strain at break,and nominal tensile strain showed that nominal tensile strain was more precise and truer compared with tensile elongation at break.
建议使用塑料拉伸性能试验方法的科研人员,进行相关材料的拉伸断裂伸长率和断裂标称应变的比对实验,以保证科研工作的延续性。
6) tensile break
拉伸断裂，拉伸破裂
补充资料：拉伸断裂强度
分子式：
CAS号：
性质：在拉伸试验中，试样在断裂点时所能承受的最大抗张应力。面积以试样在断裂处的原面积为准计算，而不能以断裂后已经减少了的面积计算。试验结果以kJ/m2表示。
CAS号：
性质：在拉伸试验中，试样在断裂点时所能承受的最大抗张应力。面积以试样在断裂处的原面积为准计算，而不能以断裂后已经减少了的面积计算。试验结果以kJ/m2表示。
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