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Twinning is an important deformation mechanism for Mg alloys and it generally nucleates from grain boundaries (GBs). When grains are refined, the fraction of GBs will largely increase, which may affect the activation mode of twinning. The present study aims to understand the characteristic of twinning in tension of fine and coarse grained Mg alloys and its effect on mechanical behavior. The experimental...
Recently, geometrical compatibility factor (m′) has been used to characterize local strain compatibility between paired twins formed in rolled Mg alloys with basal texture. High m′ and m′ rank were present in most cases, suggesting that m′ plays an important role in twin pair formation. The present study aims to extend the understanding of the effects of m′ and grain boundary (GB) misorientation angle...
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