Deformation of nanograined Ni-60Co alloy with low stacking fault energy

R. Madhavan; Satyam Suwas

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Deformation of nanograined Ni-60Co alloy with low stacking fault energy

机译：堆垛层错能低的纳米Ni-60Co合金的形变

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The evolution of deformation texture in a M-60Co alloy with low stacking fault energy and a grain size in the nanometre range has been investigated. The analyses of texture and microstructure suggest different mechanisms of deformation in nanocrystalline as compared to microcrystalline Ni-60Co alloy. In nanocrystalline material, the mechanism responsible for texture formation has been identified as partial slip, whereas in microcrystalline material, a characteristic texture forms due to twinning and shear banding.

机译：研究了具有低堆垛层错能和纳米尺寸晶粒的M-60Co合金中形变织构的演变。织构和微观结构的分析表明，与微晶Ni-60Co合金相比，纳米晶的变形机制不同。在纳米晶体材料中，导致纹理形成的机理已被确定为部分滑移，而在微晶材料中，由于孪生和剪切带形成了特征纹理。

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《Philosophical Magazine Letters》 |2014年第9期|共8页
作者
R. Madhavan; Satyam Suwas;
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正文语种 eng
中图分类物理学;
关键词
nano-crystalline materials; rolling; texture; partial slip; deformation; M-60Co alloy;

机译：纳米晶材料;轧制;结构;偏滑;变形;M-60Co合金;

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Deformation of nanograined Ni-60Co alloy with low stacking fault energy

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