test cube

In this paper, shearing test on 72 cube specimens ( 150mm × 150mm × 150mm) with cutting groove bonding has been carried out, using the self-made shearing equipment.

采用自制的剪切夹具对72块150mm×150mm×150mm沟槽式新老混凝土粘结试件进行了抗剪试验。

In this paper, the effects of steel fiber on the strength enhancement of concrete are studied based on the experiment of cube crushing strength with 30 test blocks in different volume ratio.

本文通过对不同钢纤维体积率的30个立方体试块进行抗压强度试验，分析了钢纤维对普通混凝土的增强作用。

The automatic test of Corner Cube Reflector ( CCR), Roof Prism and Right-angle Prism is achieved by calculating the wavefront got from the digital phase-shifting interferometer.

本文通过对移相式数字波面干涉仪得到的测试波面进行处理实现锥体棱镜、屋脊棱镜和直角棱镜角度测试的数字化和自动化。

Discussion on the Standard of " Cube Sugar " & " Test Method Cube Sugar "

对《方糖 》 和《方糖试验方法》标准的探讨.

The relations between Ultrasonic parameters and damage evolution are obtained by test, which include cube and prism specimens with different w/ c ratios and notched concrete beams with different depth, and the mechanic of concrete destruction is testified.

通过试验，得到了不同水灰比的立方体和棱柱体试块以及不同开口缝深的缺口梁的损伤演变与声学参数（声速和波幅）的关系，验证了混凝土损伤破坏机理。

Traditional method of the structure concrete quality test base on the cube sample selected according to regulation.

检验结构混凝土质量的传统检验方法，大多以按规定取样制作的立方体试件为基础。

Mechanical performance test includes the cube compressive strength, elastic modulus, axial compressive strength and flexural strength test.

力学性能试验包括立方体抗压强度、弹性模量、轴心抗压强度和抗折强度试验。

Secondly, the test cube width of the set T may be compressed with classical technique& input reduction.

其次采用经典的输入精简技术，集合T的测试立方宽度可以被压缩；

A scanning corner cube retro-reflector ( CCR) method is also presented to test the emergent wavefront of the large interferometer.

提出了一种角锥棱镜扫描法，检测大口径干涉仪出射波前的准直性，指导干涉仪波前准直性的校准。

As initial conditions we use three different test functions: the cone, the cube, and the grooved cylinder.

其次，分析了两个旋转流场试验与变形流场试验。在旋转流场试验中初始条件选择三种不同的试验函数，分别为圆锥体，立方体与开槽圆拄体。

Contrast to standard test cube compressive strength and axial compressive strength, drawing conversion factor.

对比标准试件立方体抗压强度和轴心抗压强度，得出二者之间的换算系数。