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Oral presentation

Conceptual design study and related R&Ds toward the demonstration reactor of JSFR, 5; Development of steel plate reinforced concrete containment vessel for JSFR

Kato, Atsushi; Negishi, Kazuo; Sato, Kenichiro*; Akiyama, Yo*; Hara, Hiroyuki*; Iwasaki, Mikinori*; Abe, Ganji*; Tokiyoshi, Takumi*; Okafuji, Takashi*; Umeki, Katsuhiko*; et al.

no journal, , 

Report research and development activities related to steel plate reinforced concrete containment vessel for the JSFR conducted as a part of METI commissioned research.

Oral presentation

Development of steel plate reinforced concrete containment vessel for JSFR, 4; Experimental investigation of pull out strength of connecting stud

Kato, Atsushi; Negishi, Kazuo; Akiyama, Yo*; Iwasaki, Mikinori*; Takami, Shinji*; Umeki, Katsuhiko*

no journal, , 

Steel plate reinforced concrete structure are adopted as the JSFR containment vessel to shorten a construction period. This reports experimental investigation of pull out strength of connecting stud.

Oral presentation

Study of steel plate reinforced concrete containment vessel for JSFR, 4; Experimental investigation and analysis method of out-of plane shear strength of SCCV (Web plate type)

Negishi, Kazuo; Iwasaki, Mikinori*; Takami, Shinji*; Umeki, Katsuhiko*

no journal, , 

The JSFR adopts SCCV for the quality improvement and reduction of construction term. For commercialization of JSFR, we have carried out the research and development of not only the study on SCCV structure and construction term at the site but also the material strength test and analysis. These series presentation show the results. In this presentation, the results of the experiments and evaluation of out-of-plane shear strength of SCCV structure reinforced by web plates are shown.

Oral presentation

Study of steel plate reinforced concrete containment vessel for JSFR, 3; Experimental research on SCCV out-of-plane bending property

Kato, Atsushi; Hara, Hiroyuki*; Takami, Shinji*; Somaki, Takahiro*

no journal, , 

Japan Sodium-cooled Fast Reactor (JSFR) adopts a new concept of a containment vessel called steel plate reinforced concrete containment vessel (SCCV). The SCCV is considered to be effective to shorten construction schedule thanks for elimination of rebar work at a site compared with applying the reinforced concrete CV. JAEA has been investigating its characteristics under high thermal load to adopt the SC structure to a CV. This paper mainly describes the experimental study on SCCV out-of-plane bending property.

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