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Tensile behavior of dual-phase titanium alloys under high-intensity proton beam exposure: Radiation-induced omega phase transformation in Ti-6Al-4V

Taku Ishida,Eiichi Wakai,Shunsuke Makimura,Andrew M. Casella,Danny J. Edwards, Ramprashad Prabhakaran,David J. Senor,Kavin Ammigan,Sujit Bidhar,Patrick G. Hurh,Frederique Pellemoine,Christopher J. Densham,Michael D. Fitton, Joe M. Bennett,Dohyun Kim,Nikolaos Simos, Masayuki Hagiwara,Naritoshi Kawamura,Shin-ichiro Meigo,Katsuya Yonehara

Journal of Nuclear Materials（2020）

Cited 14|Views34
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Abstract
lHigh intensity proton beam irradiation on dual-phase titanium alloys up to 0.25 dpalModest work hardening capability remains for Ti-3Al-2.5V while none for Ti-6Al-4VlHigh-density defect clusters in α grains and nano-scale ω-phase precipitation in βlRadiation-induced ω-phase could lead to greater loss of ductility for Ti-6Al-4V
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Key words
Titanium alloy,Omega phase,Radiation damage,Accelerator target,Beam window
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