原子力安全学Ｅ (Nuclear Safety Engineering)

1.Introduction to Nuclear Safety　原子力安全とは (Sekimura/Murakami) Oct 4 Safety Objective, Stakeholders, Defense in Depth, Safety Regulation 2.Safety Design of Nuclear Power Plants　軽水炉の安全設計 (Yamaguchi) Oct 11 Engineered Safety Features, Safety Classification 3.Safety Analysis for Site Evaluation　立地評価と安全解析 (Okamoto) Oct 18 Postulated Accident, Population & Emergency Planning, Environmental Impacts 4.Severe Accidents and Accident Management 過酷事故とアクシデントマネジメント (Okamoto) Oct 25 Loss of Coolant, Containment Vessel Capability, Mitigation Strategies for Beyond-design Events 5.Risk Concept in Nuclear Safety 原子力安全におけるリスク概念 (Yamaguchi) Nov 1 Probabilistic & Deterministic Considerations, Economic Aspects, etc. 6.External Events in Nuclear Power Plant Design　外的事象に対する設計 (Itoi) Nov 8 Site Evaluation, Design against External Hazards, the Fukushima Daiichi accident 7.Preparation for Emergencies　原子力災害に対する備え (Yamaguchi) Nov 15 Role of Stakeholders, Zone Planning (EPZ & PAZ), Level3 PRA, INES <No lecture on Nov 22> 8.R&D related to Nuclear Safety against External Events 外的事象に対する原子力安全に関わる研究・開発 (Takada (Itoi)) Nov 29 R&D, continuous improvement, external events 9.History of Risk-Informed Regulatory Framework リスク情報を活用した規制(Sekimura/Murakami) Dec 6 WASH1400, Maintenance Rule, Reactor Oversight Process, Configuration Management, Periodic Safety Review 10.Nuclear Accident 原子力事故 (Nakayama) Dec 13 Fukushima Daiichi Nuclear Accident, Radioactive Waste Management, Emergency Preparedness and Response 11.New Concepts in Safety Design 安全設計における新しい概念 (Okamoto) Dec 20 Plant States (e.g., Design Extension Condition), Common Cause Failure (Diversity, Physical Separation & Independence) 12.Nuclear Safety after Fukushima Accident　福島事故後の原子力安全 (Sekimura/Murakami) Dec 27 Human Technology Organization, Safety Culture, Leadership and Management, IRIDM Special lecture will be scheduled on Friday November 5 from 9:30 am.

Assessment is made by reports given by each professor 各講義で出題されるレポートで行う

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