ABBA Lab

Advanced Biomaterials for Biomedical Applications Lab

Journal

Microstructure and Fracture Property of 1A Grade Duplex Stainless Steel with the Addition of Gadolinium
Year
2016
Author
Jae-han Lim, Hyun-Do Jung, Ji-Ho Ahn, Byung-Moon Moon
Journal
Journal of Korea Foundry Society
Vol
36(1)
Page
24-31
CD4MCU duplex stainless steel with gadolinium was fabricated as a neutron absorbing material by the air induction melting method. The gadolinium formed intermetallic compounds of Cu-Gd-Fe. There were no significant differences in hardness or ultimate tensile strength between experimental alloys. With the addition of gadolinium the yield strength of the cast alloy significantly increased, from 478.8±11.6 to 514.2±29.9MPa, whereas elongation of the cast alloy decreased with the addition of gadolinium, from 26.0±7.1 to 7.0±2.5 due to the formation of gadolinium based intermetallic compounds.