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Strain Measurements on ACSR Conductors During Fatigue Tests I—Experimental Method and Data

机译:疲劳试验过程中ACSR导体的应变测量I-实验方法和数据

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Electrical transmission lines are subjected to aeolian vibrations which may lead to the failure of overhead conductors by fretting fatigue at suspension clamps. In order to obtain a better understanding of the damaging mechanism of these conductors, strain measurements have been taken on wires near critical sites. The strain gauges were glued in order to separate the bending and the traction strain modes, which gives major insights into conductor mechanics. While the static loading is a combination of traction and bending loadings, the alternating loading is mainly an alternating traction. Alternating stresses used as fatigue indicators do not correlate well with the experimental results due to crude assumptions.
机译:电气传输线会受到风振的影响,这可能会由于悬挂夹的微动疲劳而导致架空导线失效。为了更好地理解这些导体的损坏机理,已对关键部位附近的电线进行了应变测量。为了将弯曲和牵引应变模式分开,对应变仪进行了粘合,这为导体力学提供了重要的见识。虽然静态载荷是牵引载荷和弯曲载荷的组合,但交变载荷主要是交变牵引力。由于粗略的假设,用作疲劳指标的交变应力与实验结果没有很好的相关性。

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