测量一点的主应力的电测实验是材料力学实验中的基本实验。
The experiment of measuring principle stresses at one point by the strain gauge method is a basic experiment in mechanics of materials.
对作者所设计的这种浆式叶轮的电测实验表明:它具有较小的外滚动阻力和较高的牵引效率。
The results of the experiment shows that it possesses less outer rolling resistance and greater tractive efficiency.
本文应用三维边界元法和三维有限元法对有挡锚链进行了三维应力分析,并将其结果与电测实验数据作了比较,吻合得很好。
This paper analyses three-dimensional stress distributions of the stud anchor chain by the theory of finite element and boundary element.
利用力敏传感器测量物体的密度,改进了传统的实验方法和仪器,实现了非电量电测,提高了实验的准确度和稳定性。
Using force sensor to measure density of objects can improve the accuracy and stability of the experiment as the result of bettering the traditional experimental methods and instruments.
研究工作包括线性气体阻尼元件的设计、优化和实验研究,信号电测和变送,以及流量测量系统的设计和特性分析。
Some essential aspects, such as linear pneumatic resistive element design and experimental studies, signal condition and transformation, etc... were investigated in the paper.
实验上,我们采用全像微影术、电浆蚀刻以及旋镀铁氟龙的方式来制作试片,并量测该试片的反射频谱和接触角。
We fabricate desired structured surfaces by holographic lithography, plasma etching and Teflon coating. The performance is evaluated by measuring the reflectance spectrum and contact angle.
通过以上两种不同的模拟方法,本论文分别阐述了拉伸破坏实验、压缩破坏实验以及电测法测定材料弹性模量和泊松比的仿真软件设计与开发的方法。
Through the two different methods, this paper discusses how to develop the experimental simulation software: tensile test, compressive test, strain measurement of Young modulus and Poisson ratio.
电测法作为一种实验测定应力方法,普遍用于压力容器各点处的压力测定。
The method of measurement of resistantence strain working as a method of measuring stress was widely applied to the stress measurement of each point in pressure container.
电测法作为一种实验测定应力方法,普遍用于压力容器各点处的压力测定。
The method of measurement of resistantence strain working as a method of measuring stress was widely applied to the stress measurement of each point in pressure container.
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