Effect of hydrogen on the microstructural evolution of a γ-TiAl based alloy

Effect of hydrogen on the microstructural evolution of a γ-TiAl based alloy

The effect of hydrogen on the microstructural evolution of a Ti–46Al–2V–1Cr–0.3Ni (in at%) alloy deformed in temperature range 1323–1473K and strain rate range 0.001–1s−1 was investigated. The results show that the extent of lamellar decomposition is higher, and the microstructure is more homogeneou...

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Published in:Materials letters Vol. 142; pp. 23 - 26
Main Authors: Zong, Y.Y., Wen, D.S., Liu, Z.Y., Shan, D.B.
Format: Journal Article
Language:English
Published: Elsevier B.V 01-03-2015
Subjects:
Bending
Decomposition
Deformation effects
Diffusion
Dynamic recrystallization
Evolution
Hydrogen
Hydrogen storage
Lamellar decomposition
Microstructure
Recrystallization
Spheroidizing
Titanium base alloys
γ-TiAl
Lamellar decomposition
Diffusion
γ-TiAl
Hydrogen
Recrystallization
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Abstract The effect of hydrogen on the microstructural evolution of a Ti–46Al–2V–1Cr–0.3Ni (in at%) alloy deformed in temperature range 1323–1473K and strain rate range 0.001–1s−1 was investigated. The results show that the extent of lamellar decomposition is higher, and the microstructure is more homogeneous in the hydrogenated alloy than those in the unhydrogenated alloy. More recrystallized grains were observed in the hydrogenated alloy. Hydrogen-promoted lamellar decomposition is mainly attributed to hydrogen-induced lamellar bending, hydrogen-coarsened lamellae and hydrogen-promoted diffusion of elements. Lamellar decomposition, hydrogen-induced twinning and hydrogen-decreased stacking fault energy lead to more dynamic recrystallization. Hydrogen promotes α2-phase spheroidization and dynamic recovery, which are mainly attributed to hydrogen-promoted diffusion of elements and dislocation movement, respectively. •Hydrogen promotes lamellar fragmentation and spheroidization.•Hydrogen induces γ-phase dynamic recrystallization.•Hydrogen promotes α2-phase spheroidization and dynamic recovery.
AbstractList The effect of hydrogen on the microstructural evolution of a Ti-46Al-2V-1Cr-0.3Ni (in at%) alloy deformed in temperature range 1323-1473K and strain rate range 0.001-1s-1 was investigated. The results show that the extent of lamellar decomposition is higher, and the microstructure is more homogeneous in the hydrogenated alloy than those in the unhydrogenated alloy. More recrystallized grains were observed in the hydrogenated alloy. Hydrogen-promoted lamellar decomposition is mainly attributed to hydrogen-induced lamellar bending, hydrogen-coarsened lamellae and hydrogen-promoted diffusion of elements. Lamellar decomposition, hydrogen-induced twinning and hydrogen-decreased stacking fault energy lead to more dynamic recrystallization. Hydrogen promotes alpha 2-phase spheroidization and dynamic recovery, which are mainly attributed to hydrogen-promoted diffusion of elements and dislocation movement, respectively.
The effect of hydrogen on the microstructural evolution of a Ti–46Al–2V–1Cr–0.3Ni (in at%) alloy deformed in temperature range 1323–1473K and strain rate range 0.001–1s−1 was investigated. The results show that the extent of lamellar decomposition is higher, and the microstructure is more homogeneous in the hydrogenated alloy than those in the unhydrogenated alloy. More recrystallized grains were observed in the hydrogenated alloy. Hydrogen-promoted lamellar decomposition is mainly attributed to hydrogen-induced lamellar bending, hydrogen-coarsened lamellae and hydrogen-promoted diffusion of elements. Lamellar decomposition, hydrogen-induced twinning and hydrogen-decreased stacking fault energy lead to more dynamic recrystallization. Hydrogen promotes α2-phase spheroidization and dynamic recovery, which are mainly attributed to hydrogen-promoted diffusion of elements and dislocation movement, respectively. •Hydrogen promotes lamellar fragmentation and spheroidization.•Hydrogen induces γ-phase dynamic recrystallization.•Hydrogen promotes α2-phase spheroidization and dynamic recovery.
Author Shan, D.B.
Liu, Z.Y.
Wen, D.S.
Zong, Y.Y.
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  email: d.b.shan@gmail.com
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Keywords Lamellar decomposition
Diffusion
γ-TiAl
Hydrogen
Recrystallization
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Snippet The effect of hydrogen on the microstructural evolution of a Ti–46Al–2V–1Cr–0.3Ni (in at%) alloy deformed in temperature range 1323–1473K and strain rate range...
The effect of hydrogen on the microstructural evolution of a Ti-46Al-2V-1Cr-0.3Ni (in at%) alloy deformed in temperature range 1323-1473K and strain rate range...
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SubjectTerms Bending
Decomposition
Deformation effects
Diffusion
Dynamic recrystallization
Evolution
Hydrogen
Hydrogen storage
Lamellar decomposition
Microstructure
Recrystallization
Spheroidizing
Titanium base alloys
γ-TiAl
Title Effect of hydrogen on the microstructural evolution of a γ-TiAl based alloy
URI https://dx.doi.org/10.1016/j.matlet.2014.11.139
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