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首页> 外文期刊>Journal of Alloys and Compounds: An Interdisciplinary Journal of Materials Science and Solid-state Chemistry and Physics >Effect of plane strain on microstructures and texture, through the reduction ratio of AZ31 Mg alloy
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Effect of plane strain on microstructures and texture, through the reduction ratio of AZ31 Mg alloy

机译：AZ31镁合金的还原率对平面应变对组织和织构的影响

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摘要

Structural evolution of warm-rolled AZ31 alloy sheets was investigated with respect to various reduction ratios. In order to examine the effect of rolling pass on deformation of the sheet, one-pass rolling was applied to the AZ31 alloys for various 6/1/2011 reduction ratios. When the applied reduction ratio was ～85% of the initial thickness, significant grain refinement and texture development were achieved with dynamic recrystallization. Moreover, with the increase of the rolling reduction ratio from 30% to 85%, the warm rolled sheets exhibit plane strain mode displaying uniform (0001 )//ND basal textures throughout the whole sheet thickness. The two-dimensional finite element method simulation showed that the current lubrication rolling results in a uniform plane strain deformation through the whole warm rolled sheet.
机译：针对各种压下率，研究了热轧AZ31合金薄板的组织演变。为了研究轧制道次对板材变形的影响，对AZ31合金进行了6/1/2011各种压下率的单道次轧制。当施加的压下率为初始厚度的〜85％时，通过动态再结晶获得了明显的晶粒细化和织构发展。而且，随着压下率从30％增加到85％，热轧板表现出平面应变模式，在整个板厚度上显示出均匀的（0001）// ND基础组织。二维有限元方法模拟表明，当前的润滑轧制导致整个热轧薄板的平面应变均匀变形。

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