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A mechanistic study for the fracture mode and ductility variation in a powder metallurgy superalloy hot-isostatic-pressed at sub- and super-solvus temperatures
A mechanistic study for the fracture mode and ductility variation in a powder metallurgy superalloy hot-isostatic-pressed at sub- and super-solvus temperatures
A mechanistic study for the fracture mode and ductility variation in a powder metallurgy superalloy hot-isostatic-pressed at sub- and super-solvus temperatures
Chang, Litao (author) / Jin, Hao (author)
MATERIALS SCIENCE AND ENGINEERING A ; 743 ; 733-740
2019-01-01
8 pages
Article (Journal)
Unknown
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