The load-strain relationship at crack tip is obtained through electric strain gauge measurement.
用电测法得到了裂尖处的载荷—应变标定关系。
Its unique strain-gauge design delivers excellent measurement precision and stability as well as providing maximum overload protection.
其独特的应变设计提供了极好的测量精度和稳定性，以及提供最大限度的过载保护。
To resolve the problem, we changed the stain gauge arrangement and shortened the distance used for strain measurement.
为了解决这个问题，我们改变了应变仪配置，缩短了用于应变测量的距离。
Because it has a high working temperature, the high temperature strain gauge is necessary in composing the strain measurement electric-bridge.
由于工作温度较高，所以需采用高温应变片来组成应变测量电桥。
The principle of the strain gauge technique for thermal expansion measurement was systematically investigated.
详细地探讨了应变片法测量材料线膨胀系数的原理。
The experimental results prove that the strain gauge techniqueforthermal measurement is a reliable and economic alternate method.
试验结果表明，用应变片法测量材料的线膨胀系数是一种简单可靠且经济实用的替代方法。
The result is consistent with the measurement of the strain gauge.
其结果与应变片测量结果一致。
The result is consistent with the measurement of the strain gauge.
其结果与应变片测量结果一致。
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