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Chiba A.
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Chiba A.
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Chiba A.
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1
Phase transformation and evolution of dislocation structure in the β phase of Ti-17 alloy during hot deformation
by
Yamanaka K.
,
Mori M.
,
Matsumoto H.
,
Chiba
A
.
Published 2020-01-01
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Article
2
In situ synchrotron X-ray diffraction line-profile analysis of additively manufactured Ti−6Al−4V alloy under tensile deformation
by
Yamanaka K.
,
Kuroda A.
,
Ito M.
,
Mori M.
,
Shobu T.
,
Sato S.
,
Chiba
A
.
Published 2020-01-01
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Article
3
Spinodal Decomposition in Plastically Deformed Fe–Cr–Co Magnet Alloy
by
Chiba
,
A
.
,
Iwaizako, H.
,
Koizumi, Y.
,
Kuritani, K.
,
Ohnuma, M.
,
Okugawa, M.
,
Saito, K.
,
Tachiya, Y.
Published 2022
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Article
4
Quantitative relationship between microstructural factors and fatigue life of Ti-5Al-2Sn-2Zr-4Cr-4 Mo (Ti-17) fabricated using a 1500-ton forging simulator
by
Niinomi M.
,
Akahori T.
,
Nakai M.
,
Koizumi Y.
,
Chiba
A
.
,
Nakano T.
,
Kakeshita T.
,
Yamabe-Mitarai Y.
,
Kuroda S.
,
Motohashi N.
,
Itsumi Y.
,
Choda T.
Published 2020-01-01
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Related Subjects
Cell boundary
Cobalt alloys
Cold rolling
Deformation process
Diffusion
Dislocation
Dislocation cells
Fe-Cr-Co alloy
Hard magnets
Magnets
Metal cladding
Non-contact
Novel applications
Phase field methods
Phase transitions
Plastic deformation
Semi-hard magnet
Spinodal decomposition
dislocation
phase-field method
semi-hard magnet
spinodal decomposition
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