1) tensile test
拉伸实验
1.
In the tensile test the strength of joint was higher than that of base plate.
8mm CuSi3,通过优化选择工艺参数,获得了成型良好的钎焊接头,通过钎焊接头厚度的加强,在拉伸实验中,钎焊接头的强度超过了母材。
2.
Femoral venous strips and rings were used to make uniaxial tensile test of the longitudinal and circumferential specimens of the vessels.
各组取股静脉,做成血管条及血管环并分别做轴向和环向拉伸实验;对照组和实验组的血管试样均行显微结构观察。
3.
The data of the seal strength were obtained by tensile test.
通过对冠盒式容器封口的拉伸实验,获得了容器封口强度的实验数据。
2) tensile experiment
拉伸实验
1.
Application of VRML in tensile experiment teaching of low carbon steel;
VRML在低碳钢拉伸实验教学中的应用
2.
The magnesium alloy AZ31B was explored in the tensile experiment using the WQ4100.
采用WQ4100万能全息试验机对镁合金AZ31B进行拉伸实验,得到真实的应力-应变曲线。
3) tension test
拉伸实验
1.
Force and deformation of ring specimen during hoop tension test were analyzed.
通过等宽试样和标距试样拉伸实验,对理论分析结果进行了验证。
4) ±45° tensile shear test
±45°拉伸实验
1.
In order to study the difference of various shear test methods,two ASTM standard in-plane shear test methods for composite material laminates are experimentally investigated through ±45° tensile shear test(ASTM D3518) and V-notched rail shear test(ASTM D7078).
对2种复合材料层合板面内剪切实验方法进行了实验研究,分别为±45°拉伸实验(ASTM D3518)和V形开口轨道剪切实验(ASTM D7078)。
5) Hopkinson tension experiment
Hopkinson拉伸实验
1.
After two kinds of different heat-treated technologies are applied to Ti-6Al-4V alloy, the Hopkinson tension experiment, cylinder explosive test and numerical simulation are conducted in this paper.
对采用两种不同热处理工艺的钛合金TC4材料进行了Hopkinson拉伸实验、圆筒爆炸实验和数值仿真,从而确定了两种不同热处理工艺的优劣并通过微观分析揭示了钛合金TC4材料微观组织结构对内爆炸载荷下圆筒膨胀半径的影响。
2.
This paper introduces a method where the ma-terial constants of Johnson-Cook model are determinated by the Hopkinson tension experiment, cylinder explosive test and numerical simulation.
介绍一种通过Hopkinson拉伸实验、圆筒爆炸试验和计算机仿真来确定Johnson-Cook材料模型中相关常数的方法。
6) micro-tensile test
微拉伸实验
1.
Through the micro-tensile test of H62 brass,the influence of sheet metal thickness-grain size ratio t/d and grain size d on the material properties,also the influence of sheet metal thickness t,and grain size d on the material anisotropy were analyzed.
通过H62黄铜单向微拉伸实验,分析了微尺度下板料厚度与晶粒尺寸之比t/d、晶粒尺寸d对材料力学性能的影响,以及板料厚度t、晶粒尺寸d对材料各向异性的影响。
补充资料：保险商实验室安全标准(见保险商实验室)
保险商实验室安全标准(见保险商实验室)
safety standards of UL: see Underwriters Laboratories; UL
Baoxianshang Sh啊nshi anquan bicozhun保险商实验室安全标准(saJ七ty stand助dsofUL)见保险商实脸室。
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