2013第15届国际核安全与仿真大会会议日程

The 15 International Workshop on Nuclear

Safety and Simulation Technology

(IWNSST2013) th The 60th Anniversary Ceremony OF HARBIN ENGINEERING UNIVERSITY

August 30th - September 1st, 2013

Harbin Engineering University

The 15th International Workshop on Nuclear Safety and Simulation Technology, Aug. 30-Sept. 1, 2013

Program Overview

Date:

August 30th -September 1st , 2013

Place:

Meeting Room 370, 31#Bldg, Harbin Engineering University

Organizer:

Harbin Engineering University (HEU)

Cooperating with:

111 Project on Nuclear Power Safety and Simulation

International Journal of Nuclear Safety and Simulation (IJNS)

Topics：

(1) Lessons learned from the Fukushima Dai-ichi Accident

(2) Progress in the development of advanced technologies for improving nuclear safety Hotel Information:

Hotel Name: ZhengMing JinJiang Hotel

Homepage: http://

Address: 278 Dongdazhi Street,Nangang District,Harbin,P.R.China

Tel: (86-451)-53618888

Fax: (86-451)-53618899

Airport Pick Up

The workshop organizer will arrange airport pick up service for invited speakers.

Contact

Prof. Ming Yang

Email: myang.heu@http://

Mobile: 13945152277

th List of Invited Speakers

Audiences

Totally ca. 30 audiences including senior master course students, Ph.D students and young teachers at College of Nuclear Science and Technology (CNST), HEU, are

expected to attend.

Workshop Schedule

The 15th International Workshop on Nuclear Safety and Simulation Technology, August 30-September 1, 2013

Speaker: Takeshi Matsuoka Chair: Professor Poong Hyun Seong 15:20-15:40 Coffee Break Lectur

e 4: Approaches at KAIST NICIE Lab to Quantifying 15:40-17:00 Situation Awareness in Nuclear Power Plant MCRs. Speaker: Poong Hyun Seong Chair: Professor Terje Johnsen 17:30-20:30 09:00-10:20 10:20-10:40 Dinner at at HEU International Exchange Center Lecture 5: Overview and Status of Functional Modeling Speaker: Morten Lind Chair: Professor Ming Yang Coffee Break Lecture 6: A New Functional Modeling Framework of Risk 10:40-12:00 Monitor System Speaker: Hidekazu Yoshikawa Chair: Professor Takeshi Matsuoka 12:00-14:00 August 31 14:00-15:20 Lunch at HEU International Exchange Center Lecture 7: Reliability Analysis of Digital I&C Systems by a Functional Modeling Approach Speaker: Ming Yang Chair: Professor Morten Lind 15:20-15:40 Coffee Break Lecture 8: Radiological software tools supporting 15:40-17:00 improved nuclear safety Speaker: Terje Johnsen Chair: Professor Yoshikawa Hidekazu 17:30-20:30 September 1 08:40-09:30 09:30-11:30 11:40-12:50 Dinner at Portman Western Restaurant Option1: Technical Tour at Automation College, HEU Option 2: HEU Exhibition Tour The 60th Anniversary Ceremony of HEU Lunch at the Faculty Saloon, Qihang Center International Forum for University Presidents on 13:00-17:00 Information and Communication Technology Education (IFUP-ICT’13) 17:10-18:30 19:00-21:00 Closing Ceremony and Banquet, Faculty Saloon The 60th Anniversary’s Evening Party, Qihang Theater3

Program Day-by-Day

08:00-

Assembling at the lobby of ZhengMing JinJiang Hotel (Invited speakers only)

08:45-09:00 Opening address

09:00-10:20 Lecture 1 Chaired by Professor Xinrong CAO

Perspective on Post-Fukushima Severe Accident Research

Jun SUGIMOTO, Ph.D

Professor, Kyoto University, Japan

sugimoto.jun.8u@kyoto-u.ac.jp

After the accident at Fukushima Daiichi Nuclear Power Station several investigation committees issued reports with lessons learned from the accident in Japan. Among those lessons, some recommendations have been made on severe accident research. Similar to the EURSAFE efforts under EU Program, review of specific severe accident research items was started before Fukushima accident in working group of Atomic Energy Society of Japan (AESJ) in terms of significance of consequences, uncertainties of phenomena and maturity of assessment methodology. Re-investigation has been started after the Fukushima accident in this working group. Additional effects of Fukushima accident, such as core degradation behaviors, sea water injection, containment failure/leakage and re-criticality have been covered. The review results are categorized in nine major fields; core degradation behavior, core melt coolability/retention in containment vessel, function of containment vessel, source term, hydrogen behavior, fuel-coolant interaction, molten core concrete interaction, recriticality and instrumentation in severe accident conditions. In January 2012, Research Expert Committee on Evaluation of Severe Accident was established in AESJ in order to investigate severe accident related issues for future LWR development and to propose

action plans for future severe accident research, in collaboration with this working group. Based on these activities and also author’s personal view, the present paper describes the perspective of important severe accident research issues after Fukushima accident. Specifically those are investigation of damaged core and components, advanced severe accident analysis capabilities and associated experimental investigations, development of reliable passive cooling system for core/containment, analysis of hydrogen behavior and investigation of hydrogen measures, enhancement of removal function of radioactive materials of containment venting, advanced instrumentation for the diagnosis of severe accident and assessment of advanced containment design which excludes long-term evacuation in any severe accident situations. Lastly severe accident research conducted at Kyoto University is briefly introduced.

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