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- Title
Relationship of failure energy and amount of ductile component in a fracture during the DWTT for rolled plate prepared by controlled rolling.
- Authors
Pemov, I.; Morozov, Yu.; Goli-Oglu, E.; Lyuchkov, A.; Mashinson, I.; Shebanits, E.; Zernitskii, D.
- Abstract
Typical features and the difference in specimen fractures are described for rolled plate DWTT specimens manufactured by controlled rolling technology with final deformation in the two-phase γ+α-region, or controlled rolling with final deformation in the γ-region and subsequent accelerated cooling. The question is considered of the effect of the amount of absorbed energy on specimen failure mechanism with dropweight testing. Results are provided for evaluation of the ratio of the amount of ductile component in a fracture and total specimen failure energy during the DWTT for rolled plate of strength class Kh70.
- Subjects
IMPACT testing of metals; FRACTURE toughness (Materials science); ROLLING (Metalwork); STRUCTURAL plates; ABSORPTION; FORCE &; energy; DEFORMATIONS (Mechanics)
- Publication
Metallurgist, 2012, Vol 56, Issue 1/2, p52
- ISSN
0026-0894
- Publication type
Article
- DOI
10.1007/s11015-012-9535-6