Keyphrases
Probabilistic Risk Assessment
100%
Nuclear Power Plant
88%
Organizational Factors
36%
Socio-technical Risk Analysis
32%
Fire Probabilistic Risk Assessment
23%
Risk-informed
21%
Spatiotemporal
18%
Failure Mechanism
17%
Organizational Safety
16%
Safety Issues
16%
Loss of Coolant Accident
16%
Risk Analysis
14%
Safety Risk
14%
Safety Performance
13%
Emergency Response
13%
Causal Models
12%
In Fire
11%
Computational Platform
11%
Methodological Framework
11%
Accident Frequency
11%
Pipe Failure Rate
10%
Human Reliability Analysis
10%
Risk Assessment Methods
10%
Probabilistic Physics-of-failure
9%
Fire PRA
9%
Fire Progression
9%
Risk Assessment
9%
Probabilistic Risk Analysis
9%
Probabilistic Validation
9%
Technical System
8%
Common Cause Failure
8%
Advanced Reactors
8%
Data Analytics
8%
Financial Performance
7%
Uncertainty Analysis
7%
Sump
7%
Probabilistic Techniques
7%
Water-cooled Reactors
7%
Risk Estimation
7%
System Risk
7%
Simulation Model
6%
Risk-based Approach
6%
Modeling Framework
6%
Physics-based
6%
Hybrid Method
6%
Fire Scenario
6%
Failure Rate
6%
Location-specific
6%
Geographic Information System
6%
Safety Culture
6%
Engineering
Nuclear Power Plant
89%
Organizational Factor
29%
Input Parameter
18%
Failure Mechanism
17%
Loss of Coolant Accidents
17%
Safety Issue
16%
Safety Risk
15%
Technical System
15%
Safety Performance
13%
System Risk
12%
Failure Rate
11%
Reliability Analysis
10%
Hazards
9%
Common Cause Failure
9%
Nuclear Energy
8%
Progression
8%
Renewal Process
7%
Financial Performance
7%
Metrics
7%
Water Cooled Reactor
6%
Core Cooling
6%
Advanced Nuclear Reactor
6%
Cooling System
5%
Failure Analysis
5%
Simulators
5%
Human Performance
5%
Responder
5%
Aircraft
5%
Control Room
5%
Accidents and Incident
5%
Failure Model
5%
Computer Science
Risk Analysis
43%
Technical System
17%
Case Study
17%
Data Analytics
12%
Contributing Factor
7%
Information System
7%
Human Performance
7%
Modeling Framework
7%
Geographic Information
6%
Text Mining
6%
Fault Tree
6%
Decision-Making
6%
Theoretic Approach
6%
Causal Relationship
6%
Simulation Mode
6%
Informed Decision
6%
Failure Analysis
6%
Bayesian Belief Network
6%
System Dynamics
6%
Theoretical Basis
6%
Enterprise Risk Management
5%
Realism
5%
Technological System
5%
Physical Phenomena
5%
Theoretical Framework
5%
Hybrid Technique
5%
Enterprise Risk Management-Integrated Framework
5%
