Observation and analysis of the coexistence of two “opposite” twin modes in a Mg-Al-Zn alloy

Understanding twinning mechanism is crucial to effectively tailor twin-related properties of HCP metals. Here, we reported an uncommon twin phenomenon during rolling of tilted Mg alloy sheets: coexistence of {10−12} extension twin (ET) and {10−11} contraction twin (CT) inside the same grain. 26 such...

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Published inMaterials & design Vol. 102; pp. 196 - 201
Main Authors Guo, Changfa, Xin, Renlong, Xiao, Yue, Liu, Guodong, Liu, Qing
Format Journal Article
LanguageEnglish
Published Elsevier Ltd 15.07.2016
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Abstract Understanding twinning mechanism is crucial to effectively tailor twin-related properties of HCP metals. Here, we reported an uncommon twin phenomenon during rolling of tilted Mg alloy sheets: coexistence of {10−12} extension twin (ET) and {10−11} contraction twin (CT) inside the same grain. 26 such twinning grains containing 40 ETs and 33 CTs were identified via crystallographic analysis to explore the coexistence mechanism in terms of Schmid law and local strain accommodation effects. The statistical results show that the geometrical relationship between stress state during rolling and grain orientations is favorable for the activation of CTs but not for ETs. Further examination indicates that ETs are very likely to be induced by pile-up of basal slip in their respective parent grains. [Display omitted] •The uncommon coexistence of two “opposite” twin modes inside the same grain were observed.•The activation of contraction twins was favored by the external stress state.•Extension twins were likely induced by the pile-up of basal slip in parent grains.
AbstractList Understanding twinning mechanism is crucial to effectively tailor twin-related properties of HCP metals. Here, we reported an uncommon twin phenomenon during rolling of tilted Mg alloy sheets: coexistence of {10-12} extension twin (ET) and {10-11} contraction twin (CT) inside the same grain. 26 such twinning grains containing 40 ETs and 33 CTs were identified via crystallographic analysis to explore the coexistence mechanism in terms of Schmid law and local strain accommodation effects. The statistical results show that the geometrical relationship between stress state during rolling and grain orientations is favorable for the activation of CTs but not for ETs. Further examination indicates that ETs are very likely to be induced by pile-up of basal slip in their respective parent grains.
Understanding twinning mechanism is crucial to effectively tailor twin-related properties of HCP metals. Here, we reported an uncommon twin phenomenon during rolling of tilted Mg alloy sheets: coexistence of {10−12} extension twin (ET) and {10−11} contraction twin (CT) inside the same grain. 26 such twinning grains containing 40 ETs and 33 CTs were identified via crystallographic analysis to explore the coexistence mechanism in terms of Schmid law and local strain accommodation effects. The statistical results show that the geometrical relationship between stress state during rolling and grain orientations is favorable for the activation of CTs but not for ETs. Further examination indicates that ETs are very likely to be induced by pile-up of basal slip in their respective parent grains. [Display omitted] •The uncommon coexistence of two “opposite” twin modes inside the same grain were observed.•The activation of contraction twins was favored by the external stress state.•Extension twins were likely induced by the pile-up of basal slip in parent grains.
Author Xin, Renlong
Liu, Guodong
Liu, Qing
Guo, Changfa
Xiao, Yue
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Snippet Understanding twinning mechanism is crucial to effectively tailor twin-related properties of HCP metals. Here, we reported an uncommon twin phenomenon during...
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SubjectTerms Accommodation
Grains
HCP metals
Magnesium base alloys
Mg alloys
Parents
Schmid factor
Slip
Strain
Strain accommodation
Twinning
Variant selection
Title Observation and analysis of the coexistence of two “opposite” twin modes in a Mg-Al-Zn alloy
URI https://dx.doi.org/10.1016/j.matdes.2016.04.034
https://search.proquest.com/docview/1816034837
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