钼和铌制造零件过程中的金属破坏

Q3 Engineering
Z.N. Rasulov Z.N.
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引用次数: 0

摘要

考虑了表面活性涂层和空气热声处理对Mo和Nb压模性能、力学性能和晶格微畸变的影响。由于晶格的塑性增加和微畸变减少,已经确定了使用这些技术通过拉伸获得的产品质量的提高。工具表面的改性减少了晶格微观区域的变形,降低了第二种和第三种变形Nb的应力,并提高了其可成形性以及半成品和成品的质量。Mo和Nb的低成形性与片状和锐边形状的脆性相的存在有关,这降低了延展性和韧性。对于Nb,一个额外的负面因素是存在尺寸高达40–50μm的晶粒。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
METAL DESTRUCTION INPROCESS OF MANUFACTURING PARTS FROM MOLYBDENUM AND NIOBIUM
The effect of coatings with surface-active properties and aerothermoacoustic treatment on Mo and Nb stampability, mechanical properties, and microdistortions of the crystal lattice is considered.An improvement in the quality of products obtained by drawing using these technologies has been established due to an increase in plasticity and a decrease in microdistortions of the crystal lattice. Modification of the surface of the tool reduces distortion in the micro-regions of the crystal lattice, reducing the stresses of the 2nd and 3rd kind of deformed Nb and improving its formability and the quality of semi-finished products and finished products. Low formability of Mo and Nb is associated with the presence of brittle phases of lamellar and sharp-edged shape, which reduce ductility and toughness.For Nb, an additional negative factor is the presence of grains up to 40–50 μm in size.
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CiteScore
1.10
自引率
0.00%
发文量
15
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