METHODOLOGICAL AND COMPUTATIONAL DEVELOPMENTS FOR FIRE SCENARIO SELECTION AND ANALYSIS IN FIRE PRA OF NUCLEAR POWER PLANTS

Keyphrases

• Cable 16%
• Compartment Fire 16%
• Computational Development 100%
• Computational Platform 16%
• Detection System 16%
• Efficient Screening 16%
• Event Tree 33%
• Fire Barrier 16%
• Fire Compartment 16%
• Fire Ignition 16%
• Fire Model 16%
• Fire Probabilistic Risk Assessment 100%
• Fire Propagation 16%
• Fire Risk 16%
• Fire Scenario 100%
• Fire Simulation 16%
• Fire Source 16%
• Fire Spread 16%
• Ignition 16%
• Implementation Assessment 16%
• In Fire 100%
• Input Processing 16%
• Methodological Development 100%
• Multi-compartment 16%
• Nuclear Power Plant 100%
• Parameter Dependence 16%
• Pivotal Events 16%
• Scenario Selection 100%
• Simulation Program 16%
• Single Compartment 16%
• Smoke Transport 16%
• Suppression Mechanism 33%

Engineering

• Compartment Fire 50%
• Event Tree 50%
• Fire Hazards 25%
• Ignition 50%
• Input Data 50%
• Input File 25%
• Input Parameter 50%
• Nuclear Power Plant 100%
• Pivotal Event 25%
• Simulation Program 25%
• Smoke 25%
• Suppression System 50%

Agricultural and Biological Sciences

• Data Processing 25%
• Electric Power Plant 100%
• Fire Hazard 25%
• Fire Spread 25%
• Nuclear Power 100%
• Probabilistic Risk Assessment 100%