On the Rolling Texture Reversal in Fcc Metals

W. Truszkowski
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引用次数: 2

Abstract

As all factors governing the process of the development of texture are strongly dependent on stacking fault energy, a marked influence ofSFE on the wire texture and rolling texture characteristics should be expected. This relationship has been established for wires by English and Chin. Using their own experimental data, as well as those from literature, they plotted the amount of (100) wire texture component against v/Gb, being SFE, G the shear modulus, and b the Burgers vector, as shown in Figure 1. The most important conclusion drawn by the authors from this relationship is that the general trend toward larger proportions of (100) with reduced SFE is reversed for the lowest values of v/Gb. At the same time they come to the con
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Fcc金属轧制织构反转的研究
由于控制织构发展过程的所有因素都强烈依赖于层错能,因此可以预期sfe对线材织构和轧制织构特性的显著影响。这种关系是由英国和中国建立起来的。使用他们自己的实验数据以及文献数据,他们绘制了(100)线纹理分量的量与v/Gb的关系,其中为SFE, G为剪切模量,b为Burgers矢量,如图1所示。作者从这种关系中得出的最重要的结论是,对于v/Gb的最低值,SFE降低时(100)所占比例较大的总体趋势是相反的。与此同时,他们来到了骗局
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