1) hoop tensile strength
环向拉伸强度
1.
The existing shortcoming in the test method of hoop tensile strength of RPM pipes with strip-shape sample are discussed in this paper.
针对RPM管环向拉伸强度测试中采用板条状试样所存在的问题 ,理论分析和试验研究表明通过改变试样形状和尺寸可明显改善测试结果。
2) hoop tensile yield strength
环向拉伸屈服强度
1.
the method for the measurement of hoop tensile yield strength and the method for the measurement of long term anti-creep property of pipes,were introduced.
介绍了两种PVC-U压力管静液压强度预控新方法,即管材环向拉伸屈服强度测试法和长期抗蠕变性能测试法。
3) biaxial tensile strength
双向拉伸强度
1.
This paper introduces recent studies on biaxial tensile strength of portland cement concrete, which indicate that the biaxial tensile strength is 15%～30% lower than the uniaxial tensile strength.
介绍了"砼双向拉伸强度的研究近况及研究结果,即砼的双向拉伸强度比其单向拉伸强度弱化15%～30%"。
2.
The focal point of this paper is to introduce that the important results of the concrete biaxial tensile strength as well as the application of above results to the thickness design of cement concrete pavement.
主要介绍了水泥砼双向拉伸强度研究的重要结果及其在路面板厚度设计中的应用研究;通过对路面开裂、断板等病害的分析,提出了以砼双向拉伸强度为验算标准的路面板厚度设计建议。
4) transverse tensile strength
横向拉伸强度
1.
The effects of different process conditions(such as time,temperature,pressure)and volume content of Kevlar on the transverse tensile strength of the composites were discussed.
本文主要对芳纶 /聚丙烯混纤复合材料的横向拉伸性能进行了研究 ,讨论了不同的加工条件 (成型温度、时间、压力 )以及芳纶的体积含量等对复合材料体系横向拉伸强度的影
2.
The effects of different process conditions(such as impregnating time, molding temperature and pressure) and volume content of kevlar on the transverse tensile strength of the composites were discussed.
对单向聚丙烯/芳纶纤维复合材料的横向拉伸性能进行了研究,讨论了压制时间、成型温度、成型压力,以及芳纶纤维的体积含量等对复合材料体系横向拉伸强度的影响。
3.
The effects of different process conditions(such as time,temperature, pressure) and volume content of kevlar fiber on the transverse tensile strength of the composites were discussed.
本文主要对芳纶/聚丙烯混纤复合材料的横向拉伸性能进行了研究,讨论了不同的加工条件(成型温度、时间、压力)以及芳纶的体积含量等对复合材料体系横向拉伸强度的影响。
5) Radial drawing strength
径向拉伸强度
6) ring hoop tension test
环向拉伸
1.
The ring hoop tension test was established to obtain the transverse tensile pr.
建立了一种管材力学性能环向拉伸测试方法,根据径向正压力线性假设和边界条件,推导出环向拉伸等宽试样径向正压力和环向拉力公式;分析了环向拉力与角度及摩擦系数的关系。
补充资料：涂覆织物经向拉伸强度
分子式：
CAS号：
性质：沿涂覆织物经线方向拉伸至断裂时的最大强度。通常用拉力试验机测定，取五个试样的算术平均值表示，单位为N/m。
CAS号：
性质：沿涂覆织物经线方向拉伸至断裂时的最大强度。通常用拉力试验机测定，取五个试样的算术平均值表示，单位为N/m。
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