1) specific work of rupture
比断裂功
2) 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%。
3) specific essential work of fracture (w e)
比基本断裂功
4) 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
5) rupture work
断裂功
1.
First-principles calculation on rupture work of Ni/Ni_3Al interface with Ru addition;
Ru合金化Ni/Ni_3Al相界断裂功的第一原理计算
2.
On further analysis,it is found that rupture work appears close to a constant.
而实验发现:同一纤维或纱线,在不同的拉伸条件下,得到的断裂强力、断裂伸长率并不是常数,进一步分析得出断裂功近似于常数。
6) fracture work
断裂功
1.
Generally, the fracture work is used to discuss the fracture toughness.
阐述了几种纤维增韧的机理,用断裂功来评价断裂韧性已得到广泛应用。
2.
The results show that, with the increase of loading rate, the fracture work rwof of the composite decreas-es, while the bending strength increases first and then decreases.
对短切碳纤维增强Ｌｉ２Ｏ－Ａｌ２Ｏ３－ＳｉＯ２玻璃陶瓷基复合材料（Ｃｓｆ／ＬＡＳ）断裂特性进行了研究，结果表明：随加载速率增加，材料的断裂功ｒｗｏｆ降低，而材料的抗弯强度先增加后降低。
3.
Based on the theory of fracture mechanism,a new criterion of fracture (fracture work) for resin-bonded sand is proposed.
根据断裂力学理论,提出断裂功作为树脂砂断裂的新判据;介绍了测定树脂砂断裂功的方法;对酚尿烷树脂自硬砂和酚醛树脂覆膜砂的断裂功进行了测定,并在生产现场作了验证。
补充资料：断裂功
分子式：
CAS号：
性质：纤维受外力拉伸至最大负荷时断裂时所吸收能量，即外力对纤维所作的功。其单位为N·cm。为表征耐冲击的能力。以拉伸曲线下面所包含的面积表示，可用求积仪或积分器求得。
CAS号：
性质：纤维受外力拉伸至最大负荷时断裂时所吸收能量，即外力对纤维所作的功。其单位为N·cm。为表征耐冲击的能力。以拉伸曲线下面所包含的面积表示，可用求积仪或积分器求得。
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