2 records found.
Distinctive fatigue properties of additively-formed CoCrFeNiTiMo multi-principal element alloy: Excellent fatigue crack growth resistance against ordinally high cycle fatigue strength
- Journal article
- Creator
-
Hideaki Nishikawa (author) (Search by this author)National Institute of Materials Science (NIMS)
;
;Yoshiyuki Furuya (author) (Search by this author)National Institute of Materials Science (NIMS);Houichi Kitano (author) (Search by this author)National Institute of Materials Science (NIMS);Yoshiharu Kanegae (author) (Search by this author)Proterial, Ltd.;Kinya Aota (author) (Search by this author)Proterial, Ltd.Kosuke Kuwabara (author) (Search by this author)Proterial, Ltd. - Keyword
- Fatigue, Additive manufacturing, High entropy alloy, Multi principal element alloy, Short fatigue crack
- Date published
- 2023-11-25
- Updated at
- 2025-11-25 08:30:10 +0900
Short fatigue crack growth mechanism in Ni-Co based superalloy at elevated temperatures and in oxidative atmospheres
- Journal article
- Creator
-
Hideaki Nishikawa (author) (Search by this author)National Institute for Materials Science
;
;Kishan Habib (author) (Search by this author)National Institute for Materials ScienceYoshiyuki Furuya (author) (Search by this author)National Institute for Materials Science
;
Toru Hara (author) (Search by this author)National Institute for Materials Science
;
Toshio Osada (author) (Search by this author)National Institute for Materials Science
;
Kyoko Kawagishi (author) (Search by this author)National Institute for Materials Science
- Keyword
- Ni-Co based superalloy, Elevated temperature, Oxidation, Short fatigue crack, Crack closure, Three-dimensional observation
- Date published
- 2023-09-02
- Updated at
- 2025-10-03 08:30:16 +0900