Oral presentation

IV. Nuclear Plant Technologies » 403-1 Risk Assessment Technology, Application of Risk Information

[2O10-18] Tsunami PRA

Thu. Sep 12, 2019 2:45 PM - 5:10 PM Room O (Common Education Bildg. 3F A34)

Chair:Katsumi Ebisawa(CRIEPI)

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2:45 PM - 3:00 PM

[2O10] Construction of the technical basis for tsunami PRA

Part 1: Overview of the Tsunami PRA Project

*Hiroyuki Yamada¹, Masafumi Matsuyama¹, Yoshiaki Watanuki¹, Satoshi Nishimura¹, Hiroyuki Takeuchi², Kazuyuki Matsumoto³ (1. CRIEPI, 2. TOSHIBA ESS, 3. Chubu Electric Power)

3:00 PM - 3:15 PM

[2O11] Construction of the technical basis for tsunami PRA

Part 2: Tsunami input waveforms on the basis of probabilistic tsunami hazard curve for fragility evaluation

*MASAFUMI MATSUYAMA MATSUYAMA¹, Takumi Yoshii¹, Hideki Kaida¹, Naoto Kihara¹, Yoshinori Sato², Mitsuharu Asaka², Kazuo Inagaki², Tomoyuki Amano³, Hayato Mori³, Katsuhide Kato³ (1. Central Research Institute of Electric Power Industry, 2. Unic Corporation, 3. Chubu Electric Power)

3:15 PM - 3:30 PM

[2O12] Construction of the technical basis for tsunami PRA

Part 3: Fragility Evaluation method of the Watertight Door for the Tsunami Pressure
-Evaluation Method-

*Yoshiaki Watanuki¹, Masafumi Matsuyama¹, Naoto Kihara¹, Hideki Kaida¹, Yoshinori Mihara², Tomonori kitaori³, Atsusi Onouti³ (1. CRIEPI, 2. KAJIMA, 3. Chubu Electric Power)

3:30 PM - 3:45 PM

[2O13] Construction of the technical basis for tsunami PRA

Part 4: Fragility Evaluation Method of the Watertight Door for the Tsunami Pressure –Application for the Personnel Watertight Door-

*Hideki Kaida¹, Masafumi Matsuyama¹, Yoshiaki Watanuki¹, Naoto Kihara¹, Yoshinori Mihara², Tomonori Kitaori³, Atsushi Onouchi³ (1. Central Research Institute of Electric Power Industry, 2. Kajima Corporation, 3. Chubu Electric Power)

3:45 PM - 4:00 PM

[2O14] Construction of the technical basis for tsunami PRA

Part 5: Fragility Evaluation method of the Watertight Door for the Tsunami Pressure –Application for the Large Watertight Door-

*Yoshinori Mihara¹, Masafumi Matsuyama², Yoshiaki Watanuki², Naoto Kihara², Hideki Kaida², Tomonori Kitaori³, Atsushi Onouchi³ (1. Kajima Corporation, 2. Central Research Institute Electric Power Industry, 3. CHUBU Electric Power Co.,Inc.)

4:00 PM - 4:15 PM

[2O15] Tsunami Fragility Assessment Study with Application to Virtual Nuclear Power Plant

(1)Scope of Research Project

*Naoto Kihara¹, Hideki Kaida¹, Bumpei Fujioka², Shingo Oda², Akihiro Ootsuki², Yoshiteru Sato², Tatsuto Kimura³, Masahiro Masuko³, Yoshiyuki Takahashi⁴, Yoshinori Mihara⁴ (1. CRIEPI, 2. HGNE, 3. TEPSCO, 4. KAJIMA)

4:15 PM - 4:30 PM

[2O16] Tsunami Fragility Assessment Study with Application to Virtual Nuclear Power Plant

(2)Probablistic Tsunami Hazard Assessment and Determination of Tsunami Scenarios for Fragility Assessment

*Ayumi Nishi¹, Tatsuto Kimura¹, Masahiro Masuko¹, Naoki Fujii¹, Hideki Kaida², Naoto Kihara² (1. TEPSCO, 2. CRIEPI)

4:30 PM - 4:45 PM

[2O17] Tsunami Fragility Assessment Study with Application to Virtual Nuclear Power Plant

(3)Graded Approach in Input Conditions and their Uncertainties for Fragility Evaluation

*Yoshiyuki Takahashi¹, Yoshinori Mihara¹, Hideki Kaida², Naoto Kihara² (1. KAJIMA, 2. CRIEPI)

4:45 PM - 5:00 PM

[2O18] Tsunami Fragility Assessment Study with Application to Virtual Nuclear Power Plant

(4)A tsunami PRA quantification methodology for several source of tsunami

*Bumpei Fujioka¹, Shingo Oda¹, Ayumi Nishi², Tatsuto Kimura², Hideki Kaida³, Naoto Kihara³ (1. Hitachi-GE Nuclear Energy, 2. TEPSCO, 3. CRIEPI)

Time reserved for Chair (5:00 PM - 5:10 PM)

Session information

[2O10-18] Tsunami PRA

[2O10] Construction of the technical basis for tsunami PRA

Part 1: Overview of the Tsunami PRA Project

[2O11] Construction of the technical basis for tsunami PRA

Part 2: Tsunami input waveforms on the basis of probabilistic tsunami hazard curve for fragility evaluation

[2O12] Construction of the technical basis for tsunami PRA

Part 3: Fragility Evaluation method of the Watertight Door for the Tsunami Pressure
-Evaluation Method-

[2O13] Construction of the technical basis for tsunami PRA

Part 4: Fragility Evaluation Method of the Watertight Door for the Tsunami Pressure –Application for the Personnel Watertight Door-

[2O14] Construction of the technical basis for tsunami PRA

Part 5: Fragility Evaluation method of the Watertight Door for the Tsunami Pressure –Application for the Large Watertight Door-

[2O15] Tsunami Fragility Assessment Study with Application to Virtual Nuclear Power Plant

(1)Scope of Research Project

[2O16] Tsunami Fragility Assessment Study with Application to Virtual Nuclear Power Plant

(2)Probablistic Tsunami Hazard Assessment and Determination of Tsunami Scenarios for Fragility Assessment

[2O17] Tsunami Fragility Assessment Study with Application to Virtual Nuclear Power Plant

(3)Graded Approach in Input Conditions and their Uncertainties for Fragility Evaluation

[2O18] Tsunami Fragility Assessment Study with Application to Virtual Nuclear Power Plant

(4)A tsunami PRA quantification methodology for several source of tsunami

Authentication

Session information

[2O10-18] Tsunami PRA

Part 1: Overview of the Tsunami PRA Project

Part 2: Tsunami input waveforms on the basis of probabilistic tsunami hazard curve for fragility evaluation

Part 3: Fragility Evaluation method of the Watertight Door for the Tsunami Pressure-Evaluation Method-

Part 4: Fragility Evaluation Method of the Watertight Door for the Tsunami Pressure –Application for the Personnel Watertight Door-

Part 5: Fragility Evaluation method of the Watertight Door for the Tsunami Pressure –Application for the Large Watertight Door-

(1)Scope of Research Project

(2)Probablistic Tsunami Hazard Assessment and Determination of Tsunami Scenarios for Fragility Assessment

(3)Graded Approach in Input Conditions and their Uncertainties for Fragility Evaluation

(4)A tsunami PRA quantification methodology for several source of tsunami

Authentication

Part 3: Fragility Evaluation method of the Watertight Door for the Tsunami Pressure
-Evaluation Method-