著書:
1 | 「確率論的安全評価のためのシステム信頼性解析手法GO-FLOW−基本概念から実際の使用まで−」CRC総合研究所(1996年) |
2 | 「事故調査」、松岡猛、リスク学事典、pp.156-157、日本リスク学会編、TBSブリタニカ、東京(2000) |
3 | 「海上交通」、松岡猛、電気工学ハンドブック、pp.1712-1714、日本電気学会編、オーム社、東京(2001) |
4 | 「交通安全」他多数項目、松岡 猛、安全の百科事典、pp.176-184、丸善、東京(2002) |
5 | 「事故調査と事故責任」、松岡 猛、機械工学便覧β9法工学、pp.165-170、日本機械学会編、丸善、東京(2003) |
6 | 「海上交通システム」、松岡 猛、機械工学便覧γ8 情報メディア機器、pp.156-159、日本機械学会編、丸善、東京(2005) |
7 | 「船舶の事故」、「海難事故によるけが・死亡」、松岡猛、交通の百科事典:大久保堯夫編集委員長、丸善、東京(2011) |
8 | Progress of Nuclear Safety for Symbiosis and Sustainability,H.Yoshikawa and Zhijian Zhang Ed., Part II, 10. Overview of System Reliability Analyses for PSA, pp.83-96, Springer Japan (2014) |
9 | 「新版信頼性ハンドブック」,日本信頼性学会編、日科技連(2014),編集委員, 第三部1章はじめ計4章執筆 |
10 | "Advanced Concepts in Nuclear Energy Risk Assessment and Management" Edited by:Tunc Aldemir (The Ohio State University, USA), Chapter 12, Dynamic Behavior of Nuclear Power Plant State Under Severe Accident Conditions: Analysis by the GO-FLOW Methodology and the Consideration of Loop Structures (Takeshi Matsuoka), pp.427-476, World Scientific Publishing Co Pte Ltd (2018) |
プログラム登録:
信頼性解析プログラムGO−FLOW(プログラム著作権番号:P第4818号−1)
GO-FLOWチャートエディタープログラム(プログラム著作権番号:P第8799号−1)
やさしい読み物、解説
発表論文:
GO-FLOW関係 安全性研究、その他:
事故調査関係 AI研究関係 受託研究報告書:
1
Takeshi Matsuoka, Availability Analysis of a Loop Structured System - Application of the GO-FLOW methodology to a distributed energy system consisting of a solar panel,a rechargeable battery and a fuel cell -,
Proceedings of International Conference on Probabilistic Safety Assessment and Management & Asian Symposium on Risk Assessment and Management (PSAM17&ASRAM2024),
7-11 October, 2024, Sendai International Center, Sendai, Miyagi, Japan
2
Takeshi Matsuoka*, Shinji Kobayashi, Kazunori Morishita, and Hidekazu Yoshikawa, Availability Analysis of Heliotron J Water-cooling System by the GO-FLOW methodology,
Proceedings of International Conference on Probabilistic Safety Assessment and Management & Asian Symposium on Risk Assessment and Management (PSAM17&ASRAM2024),
7-11 October, 2024, Sendai International Center, Sendai, Miyagi, Japan
3
Hiroko Itoh*, Takeshi Matsuoka, Exploring ConOps Prototypes for Initial Risk Assessment of Autonomous Ship Operations,
Proceedings of International Conference on Probabilistic Safety Assessment and Management & Asian Symposium on Risk Assessment and Management (PSAM17&ASRAM2024),
7-11 October, 2024, Sendai International Center, Sendai, Miyagi, Japan
4
Takeshi Matsuoka, Reliability analysis of a BWR plant system at startup stage - analysis by the GO-FLOW methodology with consideration of loop structures and phased mission problem -, Reliability Engineering and System Safety,Vol.233 (May 2023); https://doi.org/10.1016/j.ress.2023.109086
5
リスクモニターにおける原子力プラント状態の動的挙動の表示−GO-FLOW手法の応用−、日本原子力学会2022年春の年会企画セッション「Dynamic PRAの最新動向」、令和4年3月18日(金)
6
太陽光パネル・燃料電池・蓄電池より構成された分散型電力供給システムのアベイラビリティ解析 −GO FLOW 手法によるループ構造システムの解析−、令和3年度第2回シンビオ講演会「2050 カーボンニュートラル達成へのベストミックスを考える 」、令和3年12月1日(水)
7
Takeshi Matsuoka, Reliability evaluation of FTA with feedback loop, STSS/ISOFIC/ISSNP 2021, Okayama Convention Center and Online (Zoom); November15(Mon.)−17(Wed.),2021
8
Takeshi Matsuoka, Procedure to solve mutually dependent Fault Trees (FT with loops), Reliability Engineering and System Safety, Vol.214 (October 2021);https://doi.org/10.1016/j.ress.2021.107667
9
"Video-Presentation"
Takeshi Matsuoka, Display of Dynamical Behaviour of Nuclear Power Plant States in Risk Monitor System - Use of the GO-FLOW Methodology and Interactive Update -, Proceedings of International Conference on Probabilistic Safety Assessment and Management, PSAM15(1st.-6th November 2020, Venice, Italy)
10
"Video-Presentation"Takeshi Matsuoka, Procedure to Solve Mutually Dependent Fault Trees (FT with Loops), Proceedings of International Conference on Probabilistic Safety Assessment and Management, PSAM15(1st.-6th November 2020, Venice, Italy)
11
Takeshi Matsuoka, Transition of the mission success probability under severe accident conditions: analysis by the GO-FLOW methodology and the consideration of uncertainty, International Journal of Nuclear Safety and Simulation, Vol. 7, Number 2(December 2016)pp.119-128
12
Takeshi Matsuoka, Transition of the Mission Success Probability with the Progression of Nuclear Power Plant Accident, International Journal of Nuclear Safety and Simulation, Vol. 6, Number 3(September 2015)pp.242-250
13
Takeshi Matsuoka, Evaluation of plant operational states with the consideration of loop structures under accident conditions, Nuclear Engineering and Technology, Vol.47, No.2 (January 2015) pp.157-164
14
Takeshi Matsuoka, Estimation of dynamic behavior of nuclear power plant system state under severe accident cnditions, International Journal of Nuclear Safety and Simulation, Vol. 5, Number 3(September 2014)pp.197-204
15
Muhammad Hashim, Yoshikawa Hidekazu, Matsuoka Takeshi, Yang Ming, Application case study of AP1000 automatic depressurization system (ADS) for reliability evaluation by GO-FLOW methodology,Nuclear Engineering and Design, Vol.278 (2014) pp.209-221
16
Muhammad Hashim, Hidekazu Yoshikawa, Takeshi Matsuoka and Ming Yang, Quantitative dynamic reliability evaluation of AP1000 passive safety systems by using FMEA and GO-FLOW methodology, Journal of Nuclear Science and Technology, Vol.51, No.4 (2014)pp.526-542.
17
Takeshi Matsuoka, Bayes' theorem and its application to nuclear power plant safety, International Journal of Nuclear Safety and Simulation,Vol. 4, Number 3 (September 2013)pp.203-210
18
Muhammad Hashim, Hidekazu Yoshikawa, Takeshi Matsuoka and Ming Yang, Considerations of uncertainties in evaluating dynamic reliability by GO-FLOW methodology - example study of reliability monitor for PWR safety system in the risk-monitor system, Journal of Nuclear Science and Technology, Vol.50, No.7 (2013)pp.695-708
19
Muhammad Hashim, Hidekazu Yoshikawa, Takeshi Matsuoka and Ming Yang, Common cause failure analysis of PWR containment spray system by GO-FLOW methodology, Nuclear Engineering and Design, Vol.262 (2013) pp.350-357
20
Takeshi Matsuoka, A Monte Carlo simulation method for system reliability analysis, International Journal of Nuclear Safety and Simulation,Vol. 4, Number 1 (March 2013) pp.44-52
21
Takeshi Matsuoka, Installation of GO-FLOW into the risk monitor being developed at Harbin Engineering University, International Journal of Nuclear Safety and Simulation, Vol. 3, Number 4 (December 2012) pp.307-313
22
Takeshi Matsuoka, Availability analysis of nuclear power plant system with the consideration of logical loop structures, International Journal of Nuclear Safety and Simulation, Vol. 3, Number 4 (December 2012) pp.300-306
23
Takeshi Matsuoka and Yusuke Kato, Modeling of a Human Performance by the GO-FLOW Methodology, First International Symposium on Socially and Technically Symbiotic Systems, August 29-31, 2012, Okayama, Japan
24
Takeshi Matsuoka, A Study of Fukushima Nuclear Power Plant Accidents by the Viewpoint of PSA, Proceedings of International Conference on Probabilistic Safety Assessment and Management, PSAM11(25th-29th June 2012, Helsinki, Finland)
25
Takeshi Matsuoka, Generalized Method for Solving Logical Loops in Reliability Analysis, Proceedings of International Conference on Probabilistic Safety Assessment and Management, PSAM11(25th-29th June 2012, Helsinki, Finland)
26
Takeshi Matsuoka, Failure data and system reliability analysis, International Journal of Nuclear Safety and Simulation, Vol. 3, Number 2 (June 2012) pp.104-118
27
Takeshi Matsuoka, Overview of system reliability analyses for PSA, International Journal of Nuclear Safety and Simulation, Vol. 3, Number 1 (March 2012) pp.59-72
28
Takeshi Matsuoka, Discussions of Fukushima nuclear power plant accidents by a viewpoint of PSA, International Journal of Nuclear Safety and Simulation, Vol. 2, Number 3 (October 2011) pp.225-234
29
Takeshi Matsuoka, Method for solving logical loops in system reliability analysis, International Journal of Nuclear Safety and Simulation, Vol. 1, Number 4 (December 2010) pp.328-339
30
松岡猛、支援を要する機器の動作状態表現、電子情報通信学会、信学技報Vol.110 No.303 pp.9-12(2010年11月)
31
松岡猛、ループ構造をもつシステムのアベイラビリティ解析、電子情報通信学会、信学技報Vol.110 No.303 pp.13-16(2010年11月)
32
松岡猛、ブール代数方程式による論理ループ構造の信頼性解析、日本信頼性学会誌 第32巻5号 pp.377-395(2010)
33
Takeshi Matsuoka, GO-FLOW Methodology -Basic concept and integrated analysis framework for its applictions, International Journal of Nuclear Safety and Simulation, Vol. 1, Number 3 (September 2010) pp.198-206
34
Takeshi Matsuoka, Analysis of Logical Loops in Boolean System Models, Proceedings of International Conference on Probabilistic Safety Assessment and Management; PSAM10 (2010年6月7日〜11日)
35
Takeshi Matsuoka, An exact method for solving logical loops in reliability analysis, Reliability Engineering and System Safety, Vol.94 pp.1282-1288(2009)
36
松岡猛、システム信頼性解析手法GO-FLOW、配管技術、Vol.51No.3, pp.11-16 (2009年2月15日)
37
松岡猛、立花悟、大島剛夫、確率論的安全評価におけるGO-FLOW手法及びベイジアンネットワーク、日本学術会議 安全工学シンポジウム2008講演予稿集, pp.327-330 (2008年7月11日)
38
Takeshi Matsuoka, The GO-FLOW and the Bayesian Network in PSA, Proceedings of International Conference on Probabilistic Safety Assessment and Management;PSAM9(2008年5月19日〜23日)
39
Takeshi Matsuoka, Reliability Analyses of a Self-Holding Type Relay System by a Dynamical Event Tree and the GO-FLOW Methodology, Proceedings of International Conference on Probabilistic Safety Assessment and Management;PSAM8 (2006年5月15日〜19日)
40
T.Okazaki, N.Mitomo and T.Matsuoka, The Use of the GO-FLOW Methodology to Investigate the Aging Effects in Nuclear Power Plants, Proceedings of International Conference on Probabilistic Safety Assessment and Management;PSAM8 (2006年5月15日〜19日)
41
T.Matsuoka, Comparison between the GO-FLOW and the DYLAM Methodologies for the Analysis of a Dynamic System, Proceedings of theInternational Scientific Conference EMF'2004 pp.108〜113(2004年9月21日)
42
T.Matsuoka and G.Petkov, Comparison between the GO-FLOW and the ATRD Methodologies for the Analysis of a Dynamic System, Proceedings of the International Scientific Conference EMF'2004 pp.102〜107(2004年9月21日)
43
T.Matsuoka and G.Petkov, Controllable Dynamic System Reliability Models for Risk Assessment of Process Control Systems, Proceedings of International Conference on Probabilistic Safety Assessment and Management;PSAM7 pp.694〜700 (2004年)
44
T.Matsuoka, Improvement of The GO-FLOW Methodology, Proceedings of International Conference on Probabilistic Safety Assessment and Management;PSAM7 pp.1152〜1157(2004年6月14日)
45
T.Matsuoka and G.Petkov, Reliability Inducements for Dynamic Systems by GO-FLOW and ATRD Methods, Proceedings of the International Topical Meeting on Probabilistic Safety Assessment PSA'02,(2002)
46
T.Matsuoka, Improvement of The GO-FLOW Methodology−Reliability Analysis of a Continuously Maintained System−, Proceedings of International Conference on Probabilistic Safety Assessment and Management;PSAM6 pp.385〜390 (23-28 June 2002)
47
松岡 猛、GO-FLOW手法によるリレー回路の信頼性解析、電子情報通信学会、信学技報Vol.100 No.525 pp.18-25(2000年12月)
48
T.Matsuoka, A Method to Solve Logical Loops in the GO-FLOW Methodology, Proceedings of International Topical Meeting, PSAM-V(2000年 11月)pp.1461-1465
49
H.Matsukura, N.Mitomo and T.Matsuoka,A Reliability Analysis of Man-Machine System(Holdup Tank System) by the GO-FLOW, Proceedings of International Topical Meeting, PSAM-V(2000年11月)pp.1185-1191
50
T.Matsuoka, A.Yamaji, N.Mitomo, Y.Fukuhara and T.Ishida, Evaluation of the Core Damage Frequency of the Marine Reactor X, N'Ocean2000,February 21-24, pp.223-230
51
T.Matsuoka, I.Obara, Y.Akutsu and M.AritomiMasanori, Safety during sea transport of radioactive materials -Probabilistic Safety Analysis of Package for Sea Surface Fire Accident-, N'Ocean2000, February 21-24, 2000, pp.223-230
52
松岡 猛、システム信頼性解析手法GO-FLOWとその解析実施例、電子情報通信学会、信学技報Vol.99 No.490 pp.65-75(1999年12月)
53
T.Matsuoka, Safety Analysis System using Thermo-Hydrodynamic Simulation of Accident Sequences in Event Tree/GO-FLOW , PSA'99, August 22-26,Washington D.C.,1999, pp.619-623
54
事故進展シミュレータを用いた安全性評価システムの開発、日本機械学会RC155不確定環境下での人間・機械協調型プラントの知的システム化技術研究分科会研究報告書(1999年6月) pp.243ー250
55
松岡 猛、システム信頼性解析手法GO-FLOW、日本造船学会誌第837号(1999年3月)pp.47〜54
56
松岡 猛、システム信頼性解析手法GO-FLOWによる新幹線自動列車制御システムの信頼性解析、電子情報通信学会先端技術シンポジウム 1999年2月26日 pp.10〜15
57
松岡 猛、確率論的安全評価手法、電気学会技術報告 第703号(1998年11月)pp.14〜28
58
松岡 猛、プラントシステムの信頼性解析手法GO-FLOW、安全工学第37巻5号(1998年10月)pp.343〜351
59
T.Matsuoka, Evaluation of the Core Damage Frequency of the Marine Reactor X, Proceedings of International Topical Meeting, PSAM-IV(1998年9月)pp.1296-1301
60
T.Matsuoka, An Application of the GO-FLOW Methodology -A Reliability Analysis of Automatic Train Control System of Shinkansen in Japan, Proceedings of International Topical Meeting, PSAM-IV(1998年9月)pp.233-238
61
T.Matsuoka, An Application of the GO-FLOW Methodology -Safety Analysis of Fuel Cell Propulsion System for a 1,500 DWT Cargo Vessel, Proceedings of International Topical Meeting, PSAM-IV(1998年9月)pp.21-25
62
T.Matsuoka, An Application of the GO-FLOW Methodology -Evaluation of Component Cooling Water System for New Type Marine Reactor, Proceedings of International Topical Meeting, PSAM-IV(1998年9月)pp.221-226
63
T.Matsuoka, An Application of the GO-FLOW Methodology -Hazard and Operability Analysis of Olefin Plant, Proceedings of International Topical Meeting, PSAM-IV(1998年9月)pp.431-436
64
T.Matsuoka, Development of Simulation and Visualization System for Understanding the Physical Phenomena of Accident Sequences in PSA, Proceedings of International Topical Meeting, PSAM-IV(1998年9月)pp.1393-1398
65
On need of structure reliability analysis in PSAs, Nuclear Engineering and Design Vol.175(1997) pp.187-196
66
T.Matsuoka, The GO-FLOW Reliability Analysis Methodology -Analysis of Common Cause Failures with Uncertainty-, Nuclear Engineering and Design, Vol.175(1997) pp.205-214
67
「動的な挙動を示すシステムの信頼性解析」、日本機械学会RC139ヒューマン・マシンシステムの調和とインテリジェント化研究分科会研究成果報告書(1997年5月) pp.205ー212
68
松岡 猛、原子力における確率論的安全評価法(その3)、日本信頼性学会誌 Vol.19, No.1, (1997) pp.13-20
69
松岡 猛、原子力における確率論的安全評価法(その2)、日本信頼性学会誌 Vol.18, No.7, (1996) pp.528-534
70
松岡 猛、原子力における確率論的安全評価法(その1)、日本信頼性学会誌 Vol.18, No.6, (1996) pp.491-498
71
T.Matsuoka, An Application of the GO-FLOW Methodology, Evaluation of Emergency Decay Heat Removal systems for New type Marine Reactor, Proceedings of International Conference on Probabilistic Safety Assessment, PSA96 (1996年10月) pp.791〜795
72
T.Matsuoka, An Analysis of a Dynamic System by the GO-FLOW Methodology, Proceedings of International Topical Meeting, PSAM-III(1995年 6月)pp.1547〜1552
73
T.Matsuoka,Development of the GO-FLOW Reliability Analysis Methodology for Nuclear Reactor Systems, Proceedings of International Conference on Probabilistic Safety assessment, PSA95 (1995年11月) pp.593〜598
74
「原子炉システムの信頼性解析手法GO-FLOWの開発研究」船舶技術研究所報告 第31巻6号(1995年12月)pp.271-345
75
「動的システムに対応可能な信頼性解析手法GO-FLOWについて」、日本機械学会第4回交通・物流部門大会講演論文集( 1995年12月) pp.48ー55
76
T.Matsuoka, The GO-FLOW Reliability Analysis Methodology -Analysis of Common Cause Failures with Uncertainty -, Proceedings of SMiRT13, (1995年8月) M pp.659-664
77
T.Matsuoka, Development of the GO-FLOW Reliability Analysis Methodology -Common Cause Failure analysis and Uncertainty Analysis-, Proceedings of the International Meeting of PSAM-II, San Diego U.S.A. (March 20-25, 1994) pp.032.11-18
78
T.Matsuoka, The Incorporation of Common Cause Failures into the GO-FLOW Methodology, Proceedings of the International Meeting on Probabilistic Safety Assessment PSA'93, Clearwater Beach, Florida January 26 -29 (1993) pp.811-817
79
「複雑なシステムにおける共通原因故障の評価」、電子情報通信学会第6回安全科学研究会報告書、(1992年12月) pp.18-26
80
T.Matsuoka, GO-FLOW: A System Reliability Analysis Methodology, Proceedings of Korea-Japan PSA Workshop (1992年12月)
81
「確率論的安全評価における従属故障と外的事象の取り扱い」、システム制御情報学会誌 第36巻3号 (1992) pp.158-170
82
T.Matsuoka, Development of the GO-FLOW Reliability Analysis Support System, Use of Probabilistic Safety Assessment for Operational Safety PSA'91, International Atomic Energy Agency, Vienna Austria (1992) IAEA-SM-321/61 pp.677-688
83
T.Matsuoka, GO-FLOW: A System Reliability Analysis Methodology, Proceedings of the International Topical Meeting of PSAM, Beverly Hills, California (February 1991) pp.525-532
84
「確率論的安全評価(PSA)をめぐる最近の動向」、安全工学 第30巻5号(1991年10月)pp.294-302
85
「GO-FLOW信頼性解析支援システムの開発(2)」、PSAに関する国内シンポジウム第5回講演集(1990年12月)pp.47-51
86
T.Matsuoka, A Phased Mission Analysis by the GO-FLOW Methodology, Proceedings of International ANS/ENS Topical Meeting Probability, Reliability and Safety Assessment, Pittsburgh, U.S.A. (April 2-7, 1989)pp.1148-1145
87
T.Matsuoka, The GO-FLOW Methodology; A Reliability Analysis of the Emergency Core Cooling System of a Marine Reactor under Accident Conditions, Nuclear Technology, Vol.84 (1989)pp.285-295
88
「確率論的安全評価のためのシステム信頼性解析方法の研究」、船舶技術研究報告 別冊11号(1988年7月)
89
T.Matsuoka, GO-FLOW; A Reliability Analysis Methodology -Its Basic Concept and Applicability", Proceedings of International ANS/ENS Topical Meeting on Probabilistic Safety Methods and Applications, Zurich, (September 1987)pp.179-184
90
T.Matsuoka and M.Kobayashi, GO-FLOW A New Reliability Analysis Methodology, Nuclear Science and Engineering, Vol.98 (1988), pp.64-78
91
「原子力発電所の確率論的安全評価」、日本原子力学会誌 第28巻 第12号(1986)、pp.1096-1128
92
T.Matsuoka, FFTA;A Fast Fault Tree Analysis Program, Nuclear Engineering and Design, Vol.91 (1986) pp.93-101
93
T.Matsuoka, GO-FLOW; A Reliability Analysis Methodology Applicable to Piping System, Proceedings of International ANS/ENS Topical Meeting on Probabilistic Safety Methods and Applications, San Francisco, U.S.A. (Feb.24 − March 1, 1985) No.175
94
T.Matsuoka, Reliability Analysis of Emergency Decay Heat Removal System of Nuclear Ship under Various Accident Conditions, Comparison between Nuclear Ship 'Mutsu' and 'Savannah'", Journal of Nuclear Science and Technology, Vol.21 (1984) pp.266-278
95
T.Matsuoka, Component Failure Model dependent on Time and Causes, Nuclear Engineering and Design, Vol.75 (1983) pp.109-116
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