A Framework of RI-PB Seismic Design / Part 3: Methodology for Accident Sequence Analysis for Seismic Risk Considering Seismic Diversity

Hitoshi Muta (Tokyo City University, TOkyo); Yasuki Ohtori (Tokyo City University, TOkyo); Toshiaki Sakai (Nuclear Risk Research Center, CRIEPI, Chiba); Yoshifumi Katayama (Chuden Engineering Consultants, Hiroshima)

A Framework of RI-PB Seismic Design / Part 3: Methodology for Accident Sequence Analysis for Seismic Risk Considering Seismic Diversity

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div-07-2.pdf (740.98 KB)

Date

2022-07-10

Authors

Hitoshi Muta (Tokyo City University, TOkyo)

Yasuki Ohtori (Tokyo City University, TOkyo)

Toshiaki Sakai (Nuclear Risk Research Center, CRIEPI, Chiba)

Yoshifumi Katayama (Chuden Engineering Consultants, Hiroshima)

Series/Report No.

D07 - Safety, Reliability, Risk and Safety Margins
D07-Mo.1.E - D07 - Risk Informed Seismic Design
00 - SMiRT 26 - Berlin/Potsdam, Germany. July 10-15, 2022

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IASMiRT

URI

https://www.lib.ncsu.edu/resolver/1840.20/40549

Collections

2022 - SMiRT 26 - Berlin/Potsdam, Germany

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A Framework of RI-PB Seismic Design / Part 3: Methodology for Accident Sequence Analysis for Seismic Risk Considering Seismic Diversity

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