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Optimum Welding Condition of 2017 Aluminum Similar Alloy Friction Welded Joints

机译:2017年最佳焊接条件铝制相似合金摩擦焊接接头

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Usefulness of the statistical analysis for judging optimization of the friction welding conditions was investigated by using 2017 aluminum similar alloy, where many samples under fixed welding conditions were friction welded and analyzed statistically. In general, selection of the optimum friction welding conditions for similar materials is easy. However, it was not always the case for 2017 aluminum alloy. For optimum friction welding conditions of this material, it is necessary to apply relatively larger upset pressure to obtain high friction heating. Joint efficiencies obtained under the optimum friction welding conditions showed large shape parameter (m value) of Weibull distribution as well as in the dissimilar materials previously reported. The m value calculated on the small number of data can be substituted for m value on the 30 data. Therefore, m value is useful for practical use in the factory for assuming the propriety of the friction welding conditions.
机译:通过使用2017铝相似合金研究了用于判断摩擦焊接条件优化摩擦焊接条件统计分析的有用性,其中许多固定焊接条件下的样品摩擦焊接并统计分析。通常,对类似材料的最佳摩擦焊接条件的选择很容易。但是,2017铝合金并不总是如此。为了获得该材料的最佳摩擦焊接条件,需要施加相对较大的镦粗压力以获得高摩擦加热。在最佳摩擦焊接条件下获得的联合效率显示出威布尔分布的大形状(M值)以及先前报道的不同材料。在少量数据上计算的M值可以在30个数据上代替M值。因此,M值对于本厂的实际用途是假设摩擦焊接条件的适当性的实际用途。

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