EXPERIMENTAL VERIFICATION OF MECHANICAL PROPERTIES OF THUNGSTEN HEAVY ALLOYS AFTER HOT ROTARY SWAGING AND ANNEALING

Ludmila Krátká
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Abstract

This study deals with the experimental processing of a tungsten heavy alloy prepared by powder metallurgy using the technology of rotary swaging. Rotary swaging took place at a temperature of 900 ° C. After processing by rotary swaging, the material was further subjected to annealing. Emphasis was placed on the mechanical properties of the material before processing, after processing and after annealing. In the study we also deal with the influence of forming and annealing on the structural arrangement of tungsten heavy alloy.
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热旋锻退火后重合金力学性能的实验验证
本文研究了用旋转锻压技术制备钨重合金的粉末冶金试验工艺。旋转锻压在900℃的温度下进行,经过旋转锻压处理后,材料进一步退火。重点研究了材料加工前、加工后和退火后的力学性能。研究了成形和退火对重钨合金组织排列的影响。
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