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Taruta, Yasuyoshi; Yanagihara, Satoshi*; Iguchi, Yukihiro; Kitamura, Koichi; Tezuka, Masashi; Koda, Yuya
Proceedings of 26th International Conference on Nuclear Engineering (ICONE-26) (Internet), 6 Pages, 2018/07
The IAEA are developed the discussion for those situations and pointed out the importance of nuclear knowledge management. The nuclear knowledge management is developing a database as nuclear knowledge management. In recent years, the IAEA has also advanced knowledge taxonomies on nuclear accidents. These studies are attempts to appropriately arrange and utilize huge amounts of information. Even in nuclear facilities in Japan, it is pointed out that veteran staff aging and loss of knowledge and skill caused by retirement. Therefore, we created a prototype database system to utilize past knowledge and information for ATR Fugen. Now, there are few cases of past decommissioning that can be utilized. This study of pilot model concept revealed that it is not sufficient to just prepare a past data and information. This is what information other than the construction report requires the decommissioning and what kind of information should be gathered.
Yamaguchi, Mika; Hidaka, Akihide; Ikuta, Yuko; Murakami, Kenta*; Tomita, Akira*; Hirose, Hiroya*; Watanebe, Masanori*; Ueda, Kinichi*; Namaizawa, Ken*; Onose, Takatoshi*; et al.
JAEA-Review 2017-002, 60 Pages, 2017/03
JAEA-Review-2017-002.pdf:9.41MB
Since 2010, IAEA has held the NEM School to develop future leaders who plan and manage nuclear energy utilization in their county. Since 2012, JAEA together with Japan Nuclear HRD Network, University of Tokyo, Japan Atomic Industrial Forum and JAIF International Cooperation Center have cohosted the school in Japan in cooperation with IAEA. Since then, the school has been held in Japan every year. In 2006, Japanese nuclear technology and experience, such as lessons learned from the Fukushima Daiichi Nuclear Power Plant accident, were provided to offer a unique opportunity for the participants to learn about particular cases in Japan. Through the school, we contributed to the internationalization of Japanese young nuclear professionals, development of nuclear human resource of other countries including nuclear newcomers, and enhanced cooperative relationship with IAEA. Additionally, collaborative relationship within the network was strengthened by organizing the school in Japan.
Yanagisawa, Kazuaki
International Journal of Nuclear Knowledge Management, 2(2), p.91 - 104, 2006/00
Taking into consideration of national funds invested to individual research divisions in JAERI during the course of safety project studies, one found that a total input was approximately corresponded to 
. Qualitatively, JAERI contributed to (1) the governmental policies, (2) the scientific technologies and scholarship, (3) the industries (technology transfer, patents, commissioned research etc.), (4) the local society in the lab location area, and (5) the international cooperation. Quantitatively, JAERI made the creation of added value (cost benefit), cost reduction and reduction of cost loss produced either in direct or indirect manner as research outputs. One found that a total output during the course of nuclear safety project study was approximately 
taking into consideration of nuclear market creation at electricity and facilities related to nuclear. This ex post evaluation tells that cost benefit made by nuclear safety project of JAERI is 1.5 (
) and such outcome contributes to the increase of general domestic products (GDP).
Yanagihara, Satoshi; Sukegawa, Takenori; Shiraishi, Kunio
Journal of Nuclear Science and Technology, 38(3), p.193 - 202, 2001/03
no abstracts in English
Taruta, Yasuyoshi; Zhao, Q.*; Kobayashi, Shigeto*; Hashimoto, Takashi*; Iguchi, Yukihiro
no journal, ,
Kondo, Yuki; Hashidate, Ryuta; Hamase, Erina; Ezure, Toshiki; Mitsumoto, Rika; Yada, Hiroki; Enuma, Yasuhiro
no journal, ,
JAEA has started the development of Advanced Reactor Knowledge-and AI-aided Design Integration Approach through the whole plant lifecycle (ARKADIA) that performs integrated design evaluation and optimization from various viewpoints such as safety, economy, and maintainability using risk information, in order to dramatically improve the development efficiency of innovative reactors. In this paper, we report the concept of a knowledge management system to support integrated design evaluation and optimization, and the realization of the knowledge base necessary for the design and optimization of innovative reactors.
