1) carrying shear test
携剪试验
2) cuttings-carrying experiment
携岩试验
1.
The simulation result was validated by cuttings-carrying experiment of sand erosion,whic.
基于较少假设,采用标准k-ε模型,对切向注入式旋转射流喷嘴流场进行了数值模拟研究,并以射流冲砂携岩试验进行了验证。
3) shear test
剪切试验
1.
Analysis of landslide mechanism from shear test;
从剪切试验分析滑坡机理
2.
Lots of tests show that the cohesion of rock measured from a triaxial test is always greater than that from shear test.
大量的试验结果表明 ,由三轴试验测得的岩石凝聚力总是大于剪切试验的结果 ,本文分别从岩石强度理论及实验方法的角度分析了产生这种误差的原因 ,建议今后在给出岩石(煤 )的凝聚力和内摩擦角时应标明是由何种试验方式所测得的。
3.
Selection of the highstrength bolts,determination of fastening torque values,quality checking of bolts,and shear tests of bolts are illuminated based on the design of the iron tower.
结合大跨越铁塔设计,对高强度螺栓的选择、紧固扭矩值的确定、螺栓的质量检验、螺栓的剪切试验等情况作了论述。
4) direct shear test
直剪试验
1.
Advances in research of rock masses containing discontinuous joints in direct shear test;
非贯通节理岩体直剪试验研究进展
2.
Effect of effective shearing area on result of direct shear tests;
有效剪切面积对直剪试验结果的影响分析
3.
Research on direct shear test and pullout test between clay and geotextile;
粘土与筋带直剪试验与拉拔试验对比分析
5) shear test
抗剪试验
1.
This paper gives a brief description of the shear test of high normal stress rock mass in the damsite area of the Xiaowan hydropower Project, the problems occurring in the test under high normal stress and their solution.
简述了小湾电站坝区高正应力岩体抗剪试验，以及高正应力条件下抗剪试验出现的问题和解决方法。
2.
The load-bearing characteristic,destructive procedure and the failure mode of the joint are investigated by joint shear test of wall panel which connected to the purlin,when the wall panel is carrying the dead load and the loads from the above wall panels.
通过对与檩条连接的岩棉夹芯墙面板节点抗剪试验,研究夹芯彩钢墙面板在受到自重以及由上面传下来荷载时,其连接节点的受力形式以及随着荷载的增加,节点的破坏过程和破坏特征。
6) shear experiment
剪切试验
1.
The method of powder shear experiment and several usual kinds of testers are introduced in this paper.
介绍了粉体剪切试验的方法和几种常用的剪切试验装置，对其优缺点进行了分析比较，并用实例说明了剪切试验装置的应用。
补充资料：大气暴晒试验、自然老化试验
分子式：
CAS号：
性质：又称大气暴晒试验、自然老化试验。将胶黏剂胶接的试样置于户外，选择气候有代表性的地点，在自然条件下，经过不同的暴晒时间后测定其性能变化。
CAS号：
性质：又称大气暴晒试验、自然老化试验。将胶黏剂胶接的试样置于户外，选择气候有代表性的地点，在自然条件下，经过不同的暴晒时间后测定其性能变化。
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