Texture Evolution of a Rolled Aluminum Sheet in Multi-Pass Conventional Spinning

Clicks: 288
ID: 116974
2020
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Abstract
This study clarified the evolution of texture in the thickness direction of the cylindrical cup which was spun from a rolled aluminum sheet in 13 passes, using electron backscatter diffraction pattern analysis. The study also obtained the relationship between the strain and layer structure, characterized by the textures. The spun workpiece had three layers in the thickness direction. The layer structure was composed of four types of textures: the Cu texture, “texture-I”, which rotated 20° around <111> from the Cu texture; “texture-II”, which rotated 5° around its <110> from the Cu texture; and “texture-III”, which rotated 10° around its <001> from texture-I. When a blank disk had the sandwich-type layer structure Cu-I-Cu in its thickness direction, the structure changed to the Cu-II-II and Cu-III-III layer structures for the negative and positive thickness directional strains, respectively. A complex-type structure was found in the transition from Cu-I-Cu to Cu-II-II and Cu-III-III.
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gondo2020metalstexture Use this key to autocite in the manuscript while using SciMatic Manuscript Manager or Thesis Manager
Authors Shiori Gondo;Hirohiko Arai;Satoshi Kajino;Shizuka Nakano;Gondo, Shiori;Arai, Hirohiko;Kajino, Satoshi;Nakano, Shizuka;
Journal metals
Year 2020
DOI
10.3390/met10060793
URL
https://www.mdpi.com/2075-4701/10/6/793
Keywords
crystal orientation texture aluminum ebsd metal spinning

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