Revealing the surface nano-enhancing mechanism of α-titanium alloy by microstructure evolution

The α-titanium alloy was treated through ultrasonic surface rolling process at room temperature. Nanocrystalline was obtained in specimen surface. It is newly discovered that a fixed crystal orientation of (120) exists between nanocrystalline zone and matrix zone. The nano-enhancing mechanism of ult...

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Published inMaterials letters Vol. 160; pp. 51 - 54
Main Authors Zhao, Xiaohui, Fan, Yanjun, Wang, Huiyuan, Liu, Yu
Format Journal Article
LanguageEnglish
Published Elsevier B.V 01.12.2015
Subjects
Crystal structure
Deformation
Evolution
Microstructure
Nanocrystalline
Nanocrystals
Nanostructure
Orientation
Recrystallization
Skin pass rolling
Surface
Twinning
Microstructure
Orientation
Recrystallization
Nanocrystalline
Surface
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Abstract The α-titanium alloy was treated through ultrasonic surface rolling process at room temperature. Nanocrystalline was obtained in specimen surface. It is newly discovered that a fixed crystal orientation of (120) exists between nanocrystalline zone and matrix zone. The nano-enhancing mechanism of ultrasonic surface rolling process can be explained by the change of twins and crystal orientation. The compress twinning {10−12}〈−1011〉 of α-titanium dominates the deformation during rolling and impacting. •A new finding that a fixed crystal orientation of (120) exists between nanocrystalline zone and the matrix zone.•The nano-enhancing mechanism of ultrasonic surface rolling process was explained by the change of twins and crystal orientation.
AbstractList The alpha -titanium alloy was treated through ultrasonic surface rolling process at room temperature. Nanocrystalline was obtained in specimen surface. It is newly discovered that a fixed crystal orientation of (120) exists between nanocrystalline zone and matrix zone. The nano-enhancing mechanism of ultrasonic surface rolling process can be explained by the change of twins and crystal orientation. The compress twinning {10-12}-1011 of alpha -titanium dominates the deformation during rolling and impacting.
The α-titanium alloy was treated through ultrasonic surface rolling process at room temperature. Nanocrystalline was obtained in specimen surface. It is newly discovered that a fixed crystal orientation of (120) exists between nanocrystalline zone and matrix zone. The nano-enhancing mechanism of ultrasonic surface rolling process can be explained by the change of twins and crystal orientation. The compress twinning {10−12}〈−1011〉 of α-titanium dominates the deformation during rolling and impacting. •A new finding that a fixed crystal orientation of (120) exists between nanocrystalline zone and the matrix zone.•The nano-enhancing mechanism of ultrasonic surface rolling process was explained by the change of twins and crystal orientation.
Author Liu, Yu
Zhao, Xiaohui
Fan, Yanjun
Wang, Huiyuan
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Snippet The α-titanium alloy was treated through ultrasonic surface rolling process at room temperature. Nanocrystalline was obtained in specimen surface. It is newly...
The alpha -titanium alloy was treated through ultrasonic surface rolling process at room temperature. Nanocrystalline was obtained in specimen surface. It is...
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StartPage 51
SubjectTerms Crystal structure
Deformation
Evolution
Microstructure
Nanocrystalline
Nanocrystals
Nanostructure
Orientation
Recrystallization
Skin pass rolling
Surface
Twinning
Title Revealing the surface nano-enhancing mechanism of α-titanium alloy by microstructure evolution
URI https://dx.doi.org/10.1016/j.matlet.2015.07.067
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