In October 2016, the 11th International Topical Meeting on Nuclear Reactor Thermal-Hydraulics, Operations and Safety (NUTHOS-11) will take place in Gyeongju, Republic of Korea. The NUTHOS-11 is sponsored by the Korean Nuclear Society (KNS) and co-sponsored by the American Nuclear Society (ANS) in cooperation with other international nuclear societies including the Chinese Nuclear Society, the Canadian Nuclear Society, and others. We are well aware that the accident of the Fukushima Daiichi nuclear plant has been the focus of attention for the last several years. We learned invaluable lessons that the consequences and impacts of such severe nuclear accidents have trans-boundary features and also that the radiological damages can be handed from one generation to future generations. We must enhance nuclear safety based on the lessons learned from the accident without compromising the economy of clean and reliable nuclear power. Even after the Fukushima accident, nuclear energy remains critically important to cope with climate change. We need to redouble research and development efforts to achieve safety, efficiency, and economy of nuclear plant operation.
NUTHOS keeps you abreast of the most updated information in the advancement of science and technology in nuclear thermal hydraulics, operations and safety. NUTHOS aims at addressing key outstanding issues of future technical needs and direction of research to meet challenges in these areas.
The first NUTHOS was held in Taipei in 1984 followed by Tokyo (1986), Seoul (1988), Taipei (1994), Beijing (1997), Nara (2004), Seoul (2008), Shanghai (2010), Kaohsiung (2012) and Okinawa (2014). The success of the previous conferences clearly indicates the high interest of the international nuclear community in the NUTHOS and has led to the establishment of NUTHOS as one of the major international nuclear conferences. We believe that your researches and sharing of ideas in the discussions would contribute to the global nuclear safety.
Fundamental Thermal-Hydraulics
Single- and Two-Phase Flow Fundamentals
Sub-channal Flow Dynamics and Analysis
CHF and post-CHF Heat Transfer
Boiling and Condensation Heat Transfer
Nano-Fluid Thermal-Hydaulics
Computational Thermal-Hydraulics
Advances in Numerical Methods and Modeling
Code Development and V&V
CFD Application to Nuclear Reactor System Design and Safety Analysis
Multi-Scale and Multi-Physics Calculations
Accuracy and Uncertainty Analysis including CFD Codes
Experimental Thermal-Hydraulics
Experiments for Code Verification and Validation
Containment Tests and Analysis
Steam Generator Thermal-Hydraulic Experiment and Analysis
Passive System Performance Test and Analysis
Multi-disciplinary Thermal-Hydraulics
Thermal Hydraulic Loads and Flow-Induced Vibration
Thermal Hydraulics Related to Nuclear Fuel Safety
Thermal Hydraulics with Materials and Water Chemistry
Multi-Physics Experiments and Analysis
Severe Accidents
Severe Accident Analysis and Accident Management
Degraded Core Thermal Hydraulics
Fuel-Coolant Interaction and Steam Explosion
Hydrogen and Fission Product Behavior
Advanced Design Features for Severe Accident Mitigation
Plant Operation and Maintenance
Plant Transients and Accidents Analysis and Testing
Plant Licensing Renewal and Life Extension
Plant Reliability Improvement and Safety Culture
Risk-Informed and Performance-Based Regulation
Application of Big Data for Plant Diagnosis
Plant Digonostics and Monitoring
Steam Generator Operation and Maintenance
Plant Simulators, Analyzers, Operator Training
PRA Applications to Design, Operation and Maintenance
Waste Management and Spent Fuel Pool Thermal Hydraulics
Environmental Nuclear Safety
Advances in Measurements and Instrumentations
Advanced Flow Visualization Techniques
Advanced Radiation Measurement Techniques
Advanced Measurement Techniques for Non-Aquous and Extreme Environment
Application of Innovative Measurement Technology
Thermal-Hydrulics and Safety of Advaced Reactors
SFR Thermal Hydraulics, Design and Safety Analysis
Gas Cooled Reactor Thermal Hydraulics, Design and Safety Analysis
MSR Thermal Hydraulics, Design and Safety Analysis
Supercritical Reactor Thermal Hydraulics
Research Reactor Operation and Thermal Hydraulics
SCO2-Based Technology
Special Session
Containment Thermal-Hydraulics
Hydrogen Management
SMR
Safety Analysis of Design Extension Conditions
Coolability of Damaged Fuels
Scaling Issues
CANDU Thermal-hydraulics and Safety 10.8 Filtered Containment Venting System (FCVS)
OECD/NEA International Programs
To be added
Invited Panel Sessions
Tutorials
10月09日
2016
10月13日
2016
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