Tue. Mar 26, 2024 10:00 AM - 10:15 AM [1D01] Development of Probabilistic Risk Assessment Methodology Using Artificial Intelligence Technology (2) Application of Automatic Tools to Component Level Fault Tree Creation *Satoshi FUTAGAMI1, Kenichi KURISAKA1, Hidemasa YAMANO1, Hiroshi UJITA2 (1. JAEA, 2. AdvanceSoft Corporation) PDF Download
Tue. Mar 26, 2024 10:15 AM - 10:30 AM [1D02] Development of Probabilistic Risk Assessment Methodology Using Artificial Intelligence Technology (3) Application of Automatic Failure Detection Methodology to Preliminary Analysis for Reliability Database Construction *Hiroshi UJITA1, Tatsuya Morimoto1, Satoshi FUTAGAMI2, Hidemasa YAMANO2, Kenichi KURISAKA2 (1. AdvanceSoft Corporation, 2. Japan Atomic Energy Agency) PDF Download
[1D_PL02] Development of Probabilistic Risk Assessment Methodology Using Artificial Intelligence Technology 2. Automatic Fault Detection Method for Building Reliability Database *Hiroshi Ujita1 (1. Advance Soft) PDF Download
Wed. Mar 27, 2024 3:15 PM - 3:30 PM [2D11] Analyses of accident progression in domestic 4-loop PWR plant using MELCOR2.2 *Junichi Kaneko1, Masami Taira1, Wataru Kikuchi1, Akitochi Hotta1, Saoto Fukui2, Masahiko Yamadi2, Souichirou Tanimori2 (1. NRA, 2. AdvanceSoft) PDF Download
Thu. Mar 28, 2024 11:05 AM - 11:20 AM [3D06] Study of FP transport behavior through TeRRa-CsOH experimental analysis using FP behavior analysis code FIPRA *Yoshihiro Morita1, Masanori Naitoh1 (1. AdvanceSoft) PDF Download
Thu. Mar 28, 2024 2:45 PM - 3:00 PM [3D09] Development of Reactor Building and Containment Vessel Thermo-Fluid Dynamics Code, Advance/BAROC (9)Parametric Evaluation of Hydrogen Inflow Locations into Reactor Building on Overall Hydrogen Distribution *Fumitomo Onishi1, Achihiro Hamano1, Toshiharu Mitsuhashi 1, Atsuo Takahashi1, Hirotaka Hadachi1, Hideaki Koike1, Masanori Naitoh1 (1. AdvanceSoft) PDF Download
Thu. Mar 28, 2024 3:00 PM - 3:15 PM [3D10] Development of Reactor Building and Containment Vessel Thermo-Fluid Dynamics Code, Advance/BAROC (10)Improvements and sample analysis to simulate transient behavior of FP aerosol leak through the shield plug *Atsuo Takahashi1, Toshiharu Mitsuhashi1, Achihiro Hamano1, Fumitomo Onishi1, Hirotaka Hadachi1, Koike Hideaki1, Masanori Naitoh1 (1. AdvanceSoft Corporation) PDF Download