tensile strength
tensile strength是什么意思、tensile strength怎么读
读音：[ˈtensaɪl streŋθ]
[ˈtensl streŋθ]
tensile strength 基本解释
n. 抗张强度
重点词汇
tensile strength 双语例句
- 1、
Certain materials can be manufactured with a high tensile strength.
有些材料可以制造成抗拉强度大的产品。 - 2、
This wool possesses high resilience and tensile strength.
这种毛弹性大，拉力强。 - 3、
A method for the determination of the rock tensile strength with the holed-flattened Brazilian disc specimen is proposed.
对用圆孔平台巴西圆盘确定岩石拉伸强度的方法进行了研究。 - 4、
Adding GF increased not only tensile strength and bending modulus but also impact strength of the composite.
GF的加入不但提高了材料拉伸强度、弯曲性能，而且提高了其冲击强度； - 5、
Manganese-bronze sheets a copper-aluminum alloy with high tensile strength and resistance to corrosion.
GB/T2046-1980锰青铜板一种铜铝合金，具有很高的抗张强度和防腐蚀性。 - 6、
V-belts& tensile strength and elongation test method
GB/T3686-1998V带拉伸强度和伸长率试验方法 - 7、
Made from silicone elastomers; retains flexibility resilience and tensile strength over a wide temperature range.
由含硅的弹性材料制成，能在较大的温度范围内保持其弹性和抗张强度。 - 8、
Firstly, the concepts of the interval compression strength and the tensile strength are proposed.
首先，提出了岩石的抗压区间强度、抗拉区间强度的概念； - 9、
Mixed concrete splitting tensile strength enhanced obviously, and have excellent strength restore performance.
混杂混凝土劈裂抗拉强度明显增强，并具有极好的强度恢复性能。 - 10、
tensile strength and lap shear strength increased with increasing of grafting degree due to great improvement of polarity.
离聚体的拉伸强度、搭接剪切强度和乳化性能均随顺酐化程度的提高而改善。 - 11、
Compared to tear resistance and tensile strength, fracture toughness is more dependent on fiber length.
断裂韧性对纤维长度的依赖性比撕裂和抗张强度大。 - 12、
The anisotropy coefficients of the uniaxial compressive strength and tensile strength of numerical simulation results are0.72 and0.24, respectively.
数值模拟结果得出单轴抗压强度和抗拉强度的各向异性系数分别为0.72和0.24； - 13、
The product properties such as tensile strength and electric conductivity effected by cooling strength and deformation were studied.
论述了正火（雾冷和强风冷却）和回火温度对凸轮轴中显微组织和力学性能的影响。 - 14、
Mild steel has a high tensile strength, this being about 200 times that of concrete.
软钢的抗张强度大，约为混凝土的200倍。 - 15、
tensile strength was tested, and the joint fractures and microstructures were analyzed.
测试接头拉伸强度，并对断口和接头显微组织进行分析。 - 16、
Second, the anti-impact and the tensile strength are high;
二是抗冲击和抗拉强度高； - 17、
In this paper, numerical analyses on residual tensile strength of stiffened panels with crack damage are carried out.
对具有裂纹缺陷的加筋板的剩余强度进行了数值分析。 - 18、
They developed a new kind of low-alloy steel which has great tensile strength.
他们炼出了一种有较大拉力的低合金。 - 19、
Have good tensile strength and elongation hardness HB-160.
有良好的抗拉强度和延伸率硬度HB-160。 - 20、
The effect of aging treatment on the tensile strength, elongation, hardness and microstructure of a cobalt base superalloy used for pistons rings was investigated in this paper.
本文研究了不同热处理时效温度和时效时间对一种活塞环用钴基高温合金的抗拉强度、延伸率、硬度及组织的影响。 - 21、
Its thermal deformation behavior, hardness and tensile strength were determined.
对其耐热形变性能以及硬度和拉伸强度进行了研究。 - 22、
The nitrite chrome-molybdenum steel crankshaft guarantees the best tensile strength and surface hardness for long-time operation.
亚硝酸盐铬钼钢曲轴保证了最佳的拉伸强度和表面的长期运作的硬度。 - 23、
The tensile strength of test steel depends on MA island content and carbon concentration of MA islands.
实验钢抗拉强度与贝氏体中MA岛含量和MA岛中的碳含量有关； - 24、
tensile strength and stiffness increase as skin thickness ratio increases.
拉伸强度和硬度随外壳厚度比增加而增加。 - 25、
The variation of ultimate tensile strength with length for amosite crocidolite, chrysotile is shown in Table 2.10.
铁石棉，青石棉和温石棉的极限抗拉强度随长度的变化情况见表2.10。 - 26、
Early concrete cracks because concrete's shrinkage deformation and concrete elastic modulus and tensile strength does not adapt produces.
混凝土早期裂缝产生是因为混凝土的收缩变形与混凝土弹性模量和抗拉强度不相适应产生的。 - 27、
Glass filled PP will have slightly different values with higher tensile strength.
玻璃纤维填充的PP材料其参数值会略有不同，抗张强度会比较高。 - 28、
Effect of Stand-off Height on Microstructure and tensile strength of Solder Joints
焊点高度对焊点微观组织和抗拉强度的影响 - 29、
The tensile strength and the elongation percentage of the parent metal and the weld zone increased slightly.
冲击处理使焊缝区和母材区的强度和伸长率均有所增加。
tensile strength 英英释义
noun
- the strength of material expressed as the greatest longitudinal stress it can bear without tearing apart