1) long term static tension strength
长期静拉伸强度
2) static tensile strength
静拉伸强度
1.
The results indicate that the static tensile strength of SPW sample is near to that of RSW sample and t.
试验结果表明,螺柱塞焊焊接试样静拉伸强度接近电阻点焊,熔池组织致密,两种试样疲劳寿命曲线几乎相同,使用该方法可以获得与电阻点焊接头相近的接头力学性能。
3) short time static tension strength
短时静拉伸强度
4) long-term hydrostatic pressure
长期静液压强度
1.
Combined with SEM regression method which is used for assessing long-term performance of polyethylene tubing,the hydrostatic pressure capability and long-range service life of the steel skeletal compound plastic pipe are predicted through long-term hydrostatic pressure test and constructing a reasonable mathematical model.
结合聚乙烯管材长期性能评定方法——SEM标准回归法,通过对钢骨架增强塑料复合管材进行长期静液压强度试验,并建立合理的数学模型,预测了钢骨架增强塑料复合管所能承受的静液压能力和长期使用寿命。
5) tensile strength
拉伸强度
1.
Influence of microstructure on phase transformation and tensile strength of hot-rolled TN479 shape memory alloy rod;
TN479形状记忆合金棒材显微组织对相转变和拉伸强度的影响
2.
The assessment of measurement uncertainty in the tensile strength tests on metal specimen;
金属试件拉伸强度试验测量不确定度的评定
3.
Effect of fiber surface treatment on tensile strength of C/SiC composites;
纤维表面处理对单向C/SiC复合材料拉伸强度的影响
6) tension strength
拉伸强度
1.
Study on the biaxial tension strength of pebble concrete and gravelly concrete;
碎石混凝土与卵石混凝土双向拉伸强度研究
2.
The experiment compare of carbon cloth s tension strength with and without glue indicates that the epoxy resin can not only make the fiber adhesive united but also increase the tensile strength.
对比有胶与无胶纤维布拉伸实验,表明环氧树脂不仅粘接纤维布,对纤维布有保护作用,而且能够显著提高其拉伸强度。
3.
The change of the tension strength and the rupture elongating rate with different loading rates and ultraviolet radiation exposure time was measured and analyzed.
研究了人工模拟紫外线照射条件下软包装复合材料(BOPET/AL/LDPE)拉伸性能的变化情况;分析了不同加载速率和紫外线照射时间下,复合材拉伸强度和伸长率的变化规律。
补充资料:拉伸强度
分子式:
CAS号:
性质:又称抗拉强度,抗张强度,扯断强度。符号σb。材料或构件受拉力时抵抗破坏的能力。可用强度极限来表示。金属和非金属材料的机械性能的一项指标。单位为Pa[帕(斯卡)]。纸张作纵向测定或横向测定,分别称纵向拉伸力或拉伸抗张力。
CAS号:
性质:又称抗拉强度,抗张强度,扯断强度。符号σb。材料或构件受拉力时抵抗破坏的能力。可用强度极限来表示。金属和非金属材料的机械性能的一项指标。单位为Pa[帕(斯卡)]。纸张作纵向测定或横向测定,分别称纵向拉伸力或拉伸抗张力。
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