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Super ODS steel R&D towards highly efficient nuclear systems, 2; Mechanical properties and nano-meso structure control

Furukawa, Tomohiro  ; Otsuka, Satoshi   ; Inoue, Masaki ; Okuda, Takanari*; Abe, Fujio*; Onuki, Somei*; Fujisawa, Toshiharu*; Kimura, Akihiko*

High temperature tensile, creep, high temperature low cycle fatigue and impact tests have been performed for 21 kinds of Super ODS Candidate (SOC) steel. The mechanical strength of the SOC steels which added aluminum effective in corrosion resistant in LBE/SCW was lower than that of the other steel which did not add aluminum. However, it turned out that low temperature extrusion, addition of tungsten into the steel, addition of the active metal elements such as hafnium and zirconium are effective in an improvement of high temperature mechanical strength.

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