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Role of Alloying Elements P, Cu in Liquid Phase Sintering of Short Cast Iron Fiber

机译:合金元素P,Cu在短铸铁纤维液相烧结中的作用

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摘要

The effects of alloying elements P and Cu on the sintering process and mechanical properties of short cast iron fiber compact have been studied. The experimental results show that the sintering can be enhanced obviously by addition of phosphorus. The radial crush strength of sintered compacts increases with P content up to 0.15%, but when P content is over 0.15%, eutectics formed at the interfaces of fibers cause the decrease in strength and quasi-cleavage fracture of the sintered compact. Addition of Cu could not only reduce the volume shrinkage effectively, but also increase the strength and hardness of the sintered compact.
机译:研究了合金元素P和Cu对短铸铁纤维压坯烧结过程和力学性能的影响。实验结果表明,添加磷可以明显提高烧结效果。当P含量达到0.15%时,烧结体的径向压碎强度增加,但是当P含量超过0.15%时,在纤维的界面处形成的共晶会导致烧结体的强度降低和准解理断裂。 Cu的添加不仅可以有效地减小体积收缩率,而且可以提高烧结体的强度和硬度。

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