电液加工与冷锻结合生产粉末状金属空心圆柱件的可行性

A. M. Dmitriev, N. Korobova
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引用次数: 0

摘要

显示了俄罗斯科学学派在研究用电液加工金属粉末制成的新结构零件方面的优先事项。在冲压成形新结构的同时,给出了粉末零件所需的形状。在杯等粉末零件的制造中,冷锻与电液加工相结合,为提高烧结前阶段零件的高密度、增加型腔深度、减小零件壁厚开辟了新的机会。特别是,这使得可以从未通过烧结的半成品制作薄片进行金相研究。这项技术允许无限制地将铁粉与其他金属粉末合金化,并使用独特的粉末钢制造深薄壁玻璃。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Feasibility of combining electrohydraulic processing with cold forging in production of hollow cylindrical parts with bottom made of powdered metal materials
The priority of the Russian scientific school in research new structures of parts from metal powders made using electrohydraulic processing is shown. Simultaneously with the achievement of new structures by means of stamping, powder parts are given the required shapes. In the manufacture of powder parts such as cups, the combination of cold forging and electrohydraulic processing opens up new opportunities in increasing the high density of parts at the stage preceding sintering, increasing the depth of the cavity, and reducing the wall thickness of parts. In particular, this makes it possible to make from not passed sintering semi-finished products thin slice for metallographic studies. This technology allows unlimited alloying of iron powder with powders of other metals and the manufacture of deep thin-walled glasses from unique powder steels.
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