PSAM14 - Probabilistic Safety Assessment and Management
Thursday, September 20
, 2018
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Program Book - Schedule - Monday - Tuesday - Wednesday - Thursday - Friday - SEARCH PAPERS KEY:  -Paper;  -Presentation |
| P04 | Plenary Session | |
| Assuring Mission Success for Planetary Space Missions | ||
| Dr. John Casani | ||
| JPL, Retired | ||
| Th01 | Flex, Seismic, and Fire HRA | |
| 90 | Human Reliability Assessment for ‘Flex’ Equipment |
|
| Martin Reid | ||
| EDF Energy, Gloucester, UK | ||
| 305 | Application of SPAR-H Method in Fire Human Reliability Analysis |
|
| Kunxiu Liu, Xiufeng Tian (a), Xuhong He (b), Xinwei Liu (a) | ||
| a) CNNC China Nuclear Power Engineering Co., Ltd, Beijing, China, b) Lloyd’s Register Consulting – Energy AB, Sundbyberg, Sweden | ||
| 425 | Use of Expert Judgment to Support Human Reliability Analysis of Implementing FLEX Equipment |
|
| Michelle Kichline, Jing Xing, John Hughey, and Mathew Hamberstone | ||
| U.S. Nuclear Regulatory Commission, Washington DC, USA | ||
| Th02 | Reliability Analysis IV | |
| 338 | Quantitative Reliability Demonstration from Production to Operation on the Example of the New Radiation Tolerant Power Converter Controller for the Large Hadron Collider |
|
| Tamer Tevetoğlu (a), Slawosz Uznanksi, Benjamin Todd (b), Bernd Bertsche (a) | ||
| a) University of Stuttgart, Stuttgart, Germany, b) CERN (TE-EPC), Geneva, Switzerland | ||
| 140 | Optimization of Test Cases for Experimental Reliability Evaluation of Digital Reactor Protection System |
|
| Jeongil Seo and Seung Jun Lee | ||
| Ulsan National Institute of Science and Technology (UNIST), Ulsan, Republic of Korea | ||
| 357 | Time-Dependent Reliability Analysis of Nuclear Hybrid Energy Systems |
|
| Askin Guler Yigitoglu, Michael S. Greenwood, Thomas J. Harrison | ||
| Oak Ridge National Laboratory, Oak Ridge, TN | ||
| Th03 | Dynamic PSA/PRA IV | |
| 217 | A Dynamic Coupled-Code Assessment of Mitigation Actions in an Interfacing System Loss of Coolant Accident |
|
| Zachary Jankovsky (a,b), Matthew Denman (b), and Tunc Aldemir (a) | ||
| a) The Ohio State University, Columbus, Ohio, USA, b) Sandia National Laboratories, Albuquerque, New Mexico, USA | ||
| 221 | Performing an Accident Sequence Precursor Analysis with the ADS-IDAC Dynamic PSA Software Platform |
|
| Mihai A. Diaconeasa and Ali Mosleh | ||
| The B. John Garrick Institute for the Risk Sciences, Department of Mechanical Engineering, University of California, Los Angeles, USA | ||
| 223 | Discrete Dynamic Event Tree Uncertainty Quantification in the ADS-IDAC Dynamic PSA Software Platform |
|
| Mihai A. Diaconeasa and Ali Mosleh | ||
| The B. John Garrick Institute for the Risk Sciences, Department of Mechanical Engineering, University of California, Los Angeles, USA | ||
| 189 | The Backtracking Process Algorithm: A Dynamic Probabilistic Risk Assessment Method for Autonomous Vehicle Control Systems |
|
| Mohammad Hejase, Arda Kurt, Tunc Aldemir, and Umit Ozguner | ||
| The Ohio State University, Columbus, Ohio, U.S.A. | ||
| Th04 | Oil and Gas Insdustry II | |
| 345 | A Practical Approach to Risk-Based Gas Monitoring System Design for Oil and Gas Offshore Platforms |
|
| Claudia Vivalda, Raffaella Gerboni, and Andrea Carpignano | ||
| Politecnico di Torino, Turin, Italy | ||
| 416 | Development of a Software Platform for Pipeline Health Monitoring and Management |
|
| Mihai A. Diaconeasa and Ali Mosleh | ||
| The B. John Garrick Institute for the Risk Sciences, Department of Materials Science and Engineering, University of California, Los Angeles, USA | ||
| 418 | The Impact of Time-Varying Operating Parameters on the Corrosion Rate and Depth of Gas Pipelines |
|
| Keo Yuan Wu, Mihai A. Diaconeasa, Ali Mosleh | ||
| The B. John Garrick Institute for the Risk Sciences, Department of Materials Science and Engineering, University of California, Los Angeles, USA | ||
| Th05 | Risk Assessment Methods IV | |
| 283 | Recent PSA developments and use of PSA applications in Belgium |
|
| Véronique Jacques, Julie Delvax, Luc Kelders, Dries Gryffroy and Pieter De Gelder | ||
| Bel V, Brussels, Belgium | ||
| 309 | Development of Probabilistic Safety Assessment Methodology for Autonomous Micro Modular Reactor |
|
| Eun Seo So, Jaesun Ha, and Man Cheol Kim | ||
| Chung-Ang university, Seoul, Korea | ||
| 315 | SSM funding of R&D activities related to Probabilistic Safety Assessment |
|
| Per Hellström | ||
| Swedish Radiation Safety Authority, Stockholm, Sweden | ||
| 328 | Reconsideration of PRA Framework – Addressing Level 3 PRA Coverage and Multi-unit Issues |
|
| Kampanart Silva (a), Shin-etsu Sugawara (b) | ||
| a) Thailand Institute of Nuclear Technology (Public Organization), Nakhon Nayok, Thailand, b) Central Research Institute of Electric Power Industry, Tokyo, Japan | ||
| Th07 | Risk Informed Applications IV | |
| 378 | Use of PRA to Select Licensing Basis Events |
|
| Karl Fleming (a), Edward Wallace (b), and Amir Afzali (c)/td> | ||
| a) KNF Consulting Services LLC, Spokane, USA, b) GNBC Associates, Inc., Denver, USA, c) Southern Company Services, Birmingham, USA | ||
| 399 | SSC Safety Classification and Performance Requirements for Advanced Non-LWRs |
|
| Jason Redd (a), Karl Fleming (b), and Amir Afzali (a) | ||
| a) Southern Company Services, Birmingham, USA, b) KNF Consulting Services LLC, Spokane, USA/td> | ||
| 400 | Risk Informed and Performance Based Evaluation of Defense-in-depth |
|
| Edward G Wallace (a), Karl Fleming (b), and Amir Aflazi (c) | ||
| a) GNBC Associates, Inc., Denver, CO, USA, b) KNF Consulting Services LLC, Spokane, WA, USA, c) Southern Company Services, Birmingham, AL, USA | ||
| 415 | Application of Risk-Informed Decision-Making Approach in Optimization of Online Maintenance for Safety Systems |
|
| Licun Wu, Wei Deng, and Chao Ma | ||
| China Nuclear Power Engineering Co., Ltd, Beijing, China | ||
| Th11 | External Events and Multi-Unit HRA | |
| 341 | Human Reliability Analysis (HRA) Methodologies used in the Canadian Probabilistic Safety Assessment (PSA) for External Events |
|
| Hayat Chatri, Smain Yalaoui, and Yolande Akl | ||
| Canadian Nuclear Safety Commission, Ottawa, Canada | ||
| 226 | Analysis of Human-Induced Initiating Events in the LOOP Scenario |
|
| Awwal Mohammed Arigi, Jooyoung Park, and Jonghyun Kim | ||
| Department of Nuclear Engineering, Chosun University, Gwangju, Republic of Korea | ||
| 236 | An Approach to Human Reliability Analysis for the Multi-Unit PSA |
|
| Jooyoung Park, Awwal Mohammed Arigi, and Jonghyun Kim | ||
| Department of Nuclear Engineering, Chosun University, 309 Pilmun-daero, Dong-gu, Gwangju 501-709, Republic of Korea | ||
| Th12 | Maritime and Offshore Technology II | |
| 404 | A Signal Detection Model to Interpret Safety Tests in Offshore Oil Drilling |
|
| Maryam Tabibzadeh (a), Detlof von Winterfeldt, and Najmedin Meshkati (b) | ||
| a) California State University, Northridge, Northridge, USA, b) University of Southern California, Los Angeles, USA | ||
| 420 | A Case Study to Analyze Negative Pressure Test Interpretation in Offshore Drilling: Utilizing a Signal Detection Model |
|
| Maryam Tabibzadeh (a), Detlof von Winterfeldt and Najmedin Meshkati (b) | ||
| a) California State University, Northridge, Northridge, USA, b) University of Southern California, Los Angeles, USA | ||
| 254 | Modeling the Risk of U.S. Offshore Oil & Gas Exploration-Well Drilling, Commercial Nuclear Plants, and Human Spaceflight |
|
| Roger L. Boyer, Robert B. Cross (a), Forrest E. Shanks, Michael Worden (b), and Robert Youngblood (c) | ||
| a) NASA Johnson Space Center, Houston, U.S.A., b) Bureau of Safety and Environmental Enforcement, Houston, USA, c) Idaho National Laboratory, Idaho Falls, USA | ||
| Th13 | Consequence Modeling and Management II | |
| 284 | Korean Ingestion Dose Assessment Model for Level 3 PSA |
|
| Dong-Kown Keum, In Jun, Kwang-Muk Lim, Yong-Ho Choi, Hyo-Joon Jeong, Seok-Jung Han | ||
| Korea Atomic Energy Research Institute (KAERI), Daejeon, Republic of Korea | ||
| 350 | Optimization of Disaster Restoration Plan for Water Supply System using a High-Fidelity Restoration Process Simulation and Genetic Algorithm |
|
| Shungo Koike (a), Taro Kanno (b), Yuji Kawase (c), Hiroyuki Takahashi (d), and Kazuo Furuta (e) | ||
| a,b,e) Graduate School of Engineering, The University of Tokyo, Tokyo, Japan, c,d) METAWATER Co., Ltd., Tokyo, Japan | ||
| 119 | The Latest Thinking of SMRs Impact on the Environment - A Probabilistic Approach |
|
| Bernat Cirera, Lavinia Raganelli and Hugh Stephenson | ||
| Corporate Risk Associates, London, United Kingdom | ||
| Th14 | Risk and Hazard Analysis IV | |
| 211 | Sequoyah SOARCA Uncertainty Analysis of a STSBO Accident |
|
| Nathan Bixler, Matthew Dennis, Dusty Brooks, Doug Osborn (a), S. Tina Ghosh, Alfred Hathaway (b) | ||
| a) Sandia National Laboratories, Albuquerque, NM, USA, b) Nuclear Regulatory Commission, Washington, DC, USA | ||
| 250 | Representation of Process Design Rationale for Change Management |
|
| Tetsuo Fuchino (a), Teiji Kitajima (b), and Yukiyasu Shimada (c) | ||
| a) Tokyo Institute of Technology, Tokyo, Japan, b) Tokyo University of Agriculture and Technology, Tokyo, Japan, c) National Institute of Occupational Safety and Health, Tokyo, Japan | ||
| 265 | Systematic Approach for Comprehensive Consideration of Hydrological Hazards in Level 1 PSA |
|
| Marina Roewekamp (a), Gerhard Gaenssmantel, Matthias Utschick, Joachim von Linden (b) | ||
| a) GRS gGmbH, Cologne, Germany, b) GRS, Garching, Germany | ||
| 431 | A Survey on Human Interaction with Autonomous Vehicles and Vehicles to Vehicles |
|
| Bentolhoda Jafary (a), Elaheh Rabeie, Mihai A. Diaconeasa, Hasan Massoomi (b), Lance Fiondella (a), and Ali Mosleh (b) | ||
| a) University of Massachusetts Dartmouth, Dartmouth, USA, b) University of California Los Angeles, Los Angeles, USA | ||
| Th15 | External Hazard PSA/PRA IV | |
| 272 | Hazard Curve Construction for Icing Events of Overhead Power Lines |
|
| Zoltan Kovacs and Pavol Hlavac | ||
| RELKO Ltd, Bratislava, Slovakia | ||
| 303 | Improvement of Fault Displacement PRA Methodology and Concept of its Application to a Hypothetical NPP |
|
| Katsumi Ebisawa, Hideaki Tsutsumi (a), Futoshi Tanaka, Daisuke Ochi, Manabu Miyata, Ryusuke Haraguchi, Tetsuhiro Gou, Kunihiko Sato (b) and Sinji Yoshida (c) | ||
| a) Central Research Institute Electric Power Iudustry, Tokyo, Japan, b) Mitsubishi Heavy Industries, Ltd, Kobe, Japan, c) Obayashi Corporation, Tokyo, Japan | ||
| 354 | The Concept of Validation Strategy about Fault Displacement Fragility Evaluation Methodology and its Application to Actual Damaged Structure |
|
| Hideaki Tsutsumi (a), Yuji Nikaido, Yoshinori Mihara (b), Ryusuke Haraguchi (c), Katsumi Ebisawa (a) | ||
| a) Central Research Institute of Electric Power Industry, Tokyo, Japan, b) Kajima Corporation, Tokyo, Japan, c) Mitsubishi Heavy Industries, Ltd, Kobe, Japan | ||
| Th16 | Aeronautics and Aerospace II | |
| 281 | Synthesizing a New Launch Vehicle Failure Probability Based on Historical Flight Data |
|
| Robert B. Cross (a), William E. Vesely (b) | ||
| a) NASA Johnson Space Center, Houston, USA, b) NASA, Retired, Arlington, VA, USA | ||
| 421 | A Bayesian Analysis of the Risk of Satellite Collisions and of Space Surveillance Improvements |
|
| M-Elisabeth Paté-Cornell and Richard Kim | ||
| Management Science and Engineering, Stanford University | ||
| 411 | Launch Vehicle Reliability and Risk Metrics Definition and Estimation in Relation to Requirements |
|
| Sergio Guarro | ||
| The Aerospace Corporation, El Segundo, California, USA | ||
| Th22 | New Applications of HRA | |
| 134 | Human Reliability Considerations from the Hawaii Ballistic Missile Alert Event |
|
| Heather Medema (a), Harold Blackman (b), Kateryna Savchenko, and Ronald Boring (a) | ||
| a) Idaho National Laboratory, Idaho Falls, Idaho, USA, b) Boise State University, Boise, Idaho, USA | ||
| 191 | On factors Affecting Autonomous Ships Operators Performance in a Shore Control Center |
|
| Marilia A. Ramos, Ingrid B. Utne (a), Ali Mosleh (b) | ||
| a) NTNU, Trondheim, Norway, b) UCLA, Los Angeles, U.S.A | ||
| 205 | Serious Games & Human Reliability. The Use of Game-Engine-Based Simulator Data for Studies of Evacuation Under Toxic Cloud Scenario |
|
| Marcos V. P. Andrade, Caio B. Souto Maiora, Erika O. Silva, Márcio C. Mour a and Isis D. Lins | ||
| Center for Risk Analysis and Environmental Modeling, Department of Production Engineering, Federal University of Pernambuco, Recife, Brazil | ||
| Th23 | Dynamic PSA/PRA V | |
| 295 | Joint Application of Risk Oriented Accident Analysis Methodology and PSA Level 2 to Severe Accident Issues in Nordic BWR |
|
| Sergey Galushin (a), Lisa Ranlöf, Ola Bäckström, Yvonne Adolfsson (b), Dmitry Grishchenko, Pavel Kudinov (a), Anders Riber Marklund (b) | ||
| a) Royal Institute of Technology (KTH), Stockholm, Sweden, b) Lloyd’s Register Consulting, Stockholm, Sweden | ||
| 247 | Comparison of Dynamic Event Trees with and without a Human Reliability Interface in a PWR Station Blackout using Severe Accident Management Guidelines |
|
| Emily Sandt, Brian Cohn, Yunfei Zhao, Carol Smidts, and Tunc Aldemir | ||
| The Ohio State University, Columbus, Ohio, USA | ||
| 262 | Results of an IDPSA Aimed to Assess the Potential of a Thermally Induced Steam Generator Tube Rupture |
|
| Martina Kloos and Joerg Peschke | ||
| Gesellschaft für Anlagen- und Reaktorsicherheit (GRS) gGmbH, Garching, Germany | ||
| 355 | Recent Analysis and Capability Enhancements to the ADAPT Dynamic Event Tree Driver |
|
| Zachary Jankovsky (a,b), Matthew Denman (b), and Tunc Aldemir (a) | ||
| a) The Ohio State University, Columbus, Ohio, USA, b) Sandia National Laboratories, Albuquerque, New Mexico, USA | ||
| Th24 | Risk and Hazard Analysis V TITLE | |
| 268 | Main Results and Conclusions of the OL3 Level 1 and Level 2 PSAs for the Operating License in Connection with the Fulfillment of the Regulatory Requirements |
|
| Heiko Kollasko, Gerben Dirksen (a), Roman Grygoruk (b), Jari Pesonen, Lasse Tunturivuori and Antti Tarkiainen (c) | ||
| a) Framatome GmbH, Erlangen, Germany, b) AREVA GmbH, Erlangen, Germany, c) TVO, Olkiluoto, Finland | ||
| 317 | What is Risk and What is Safety? |
|
| Per Hellström | ||
| Swedish Radiation Safety Authority, Stockholm, Sweden | ||
| 52 | Economic Risk Analysis for Gamma Irradiator |
|
| Nestor A. López Fernández, Pamela F. Nelson (a), and Florentino A. López Núñez (b) | ||
| a) Universidad Nacional Autónoma de México, Mexico City, Mexico, b) Instituto Superior de Tecnologías y Ciencias Aplicadas, La Habana, Cuba | ||
| 382 | A Project to Encourage the Early Integration of Safety Assessment into the Design, License, and Build Process of Nuclear Power Plants – Status Report |
|
| Steve Krahn, Brandon Chisholm (a), and Andrew Sowder (b) | ||
| a) Vanderbilt University, Nashville, TN, USA, b) Electric Power Research Institute (EPRI), Charlotte, NC, USA | ||
| Th25 | Risk Assessment Methods V | |
| 343 | A New Layer to the PRA: Operational Performance Risk Assessment |
|
| Askin Guler Yigitoglu, Michael D. Muhlheim, Sacit M. Cetiner (a), Richard S. Denning (b) | ||
| a) Oak Ridge National Laboratory, b) Research Consultant | ||
| 369 | Tractebel’s Hydrogen Risk Analyzer : A tool to Assess the Loads and Risks Associated to Hydrogen Combustion Inside Nuclear Buildings |
|
| Jérémy Bulle | ||
| Tractebel (ENGIE), Brussels, Belgium | ||
| 380 | Identification and Quantification of Risk Scenarios for a Unique Nuclear Reactor – a Historical Example |
|
| D.H. Johnson (a), M.A. Linn (b), and C.T. Ramsey (b) | ||
| a) B John Garrick Institute for the Risk Sciences, Los Angeles, USA, b) Oak Ridge National Laboratory, Oak Ridge, USA | ||
| 298 | Risk Analysis Framework for Decision Support for Severe Accident Mitigation Strategy in Nordic BWR |
|
| Sergey Galushin, Dmitry Grishchenko, Pavel Kudinov | ||
| Royal Institute of Technology, Stockholm, Sweden | ||
| Th27 | Special Session: Which Way SPRA? | |
| Th | "Which Way PRA?" Workshop |
|
| Woody Epstein (a) and Eddie Guerra (b) | ||
| a) ARS/GIRS, b) Arup | ||
| Tha | All's Well in SPRA Land! |
|
| Ravi Ravindra | ||
| Consultant | ||
| Thb | SPRAs in the U.S.: How the Young Generation is Working on Practicality and Communication |
|
| Eddie Guerra | ||
| Arup | ||
| Thc | Seismic Probabilistic Risk Assessment (SPRA) – Quo Vadis? |
|
| J.-U. Klügel, and A. Nykyforchyn | ||
| NPP Goesgen-Daeniken, Seismic Competence Center of Swiss NPPs | ||
| Thd | SPRA and Risk-Informed Decision-Making at a Crossroads |
|
| Fernando Ferrante | ||
| EPRI | ||
| The | Advanced Mechanistic 3D Spatial Modeling and Analysis Methods to Accurately Represent Nuclear Facility External Event Scenarios |
|
| H. Sezen and T. Aldemir (a), R. Denning (b) | ||
| a) The Ohio State University, b) Consultant | ||
| Thf | Seismic Fragility Functions Based on Actual Earthquakes |
|
| Sam Swan | ||
| Consultant | ||
| Thg | Major Changes to PSHA and SPRA Practice |
|
| Norm Abrahamson | ||
| University of California, Berkeley | ||
| Thh | Quantitative Seismic Risk Analysis: Evolution of Models and Data |
|
| Elisabeth Paté-Cornell | ||
| Stanford University | ||
| Thi | "Which Way SPRA?" |
|
| Don Wakefield | ||
| ABS | ||
| Thj | The Physics of Tall Building Collapse |
|
| Tom Heaton | ||
| CalTech | ||
| Thk | Epistemic Uncertainty Reduction in the PSA of Nuclear Power Plant using Bayesian Approach and Information Entropy |
|
| Akira Yamaguchi, Masa-aki Katoh and Takashi Takata | ||
| Osaka University | ||
| Thl | Issues with the Systems-Analysis (Plant-Response-Model) Aspect of Seismic PRA |
|
| Robert J. Budnitz | ||
| University of California Berkeley (Retired) | ||