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The Effect of Aluminum Addition to the ESR Process Slag on IN718 Superalloy Characteristics

机译:ESR工艺渣中添加铝对IN718高温合金性能的影响

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This research was conducted to study the changes of microstructure, chemical composition and mechanical properties of IN718 superalloy after adding aluminum to the ESR process slag. The experiments were performed in VIM and ESR furnaces. The results showed adding 1.5 percent aluminum to the slag increase lave phase in the IN718 samples from 0.34 percent in the base sample to 3.0 percent. It also indicated that the more increase of aluminum in slag cause decrease in the aluminum absorb yield in the superalloy.it is observed that increasing aluminum from 0.7 to 1.1 and then to 1.5 percent caused a decrease of absorb from 91.4 to 76.3 and 74.6 percent respectively due to increasing of aiutninum oxidation. According to the results, tensile strength increased and ductility declined in the IN718 samples mainly because of rising the amount of γ volume fraction.
机译:进行了研究,以研究在ESR工艺炉渣中添加铝后,IN718高温合金的显微组织,化学成分和力学性能的变化。实验在VIM和ESR炉中进行。结果表明,在IN718样品的炉渣增加熔渣相中添加1.5%的铝,从基础样品中的0.34%增至3.0%。这也表明炉渣中铝的增加会导致超合金中铝的吸收率降低。观察到,铝的含量从0.7%增加到1.1%,然后再增加到1.5%,分别导致吸收率从91.4%降低到76.3%和74.6%。由于气压增加。根据结果​​,IN718样品的抗拉强度增加而延展性下降,主要是由于γ体积分数的增加。

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