Adapted FLASHCAT methodology to model horizontal cable tray fires using computational fluid dynamics

Keyphrases

• Heat Release Rate 100%
• Computational Fluid Dynamics 100%
• Cable Tray Fire 100%
• Cable Fire 60%
• Nuclear Power Plant 40%
• Fire Dynamics Simulator 40%
• Fire Behavior 40%
• Peak Heat Release Rate 40%
• Surface Temperature 20%
• Adaptation 20%
• Radioprotection 20%
• Safe Operation 20%
• Daily Operation 20%
• Nuclear Industry 20%
• Large-scale Networks 20%
• Energy Suppliers 20%
• Cable 20%
• Organization for Economic Cooperation and Development 20%
• Modified Forms 20%
• Cable Tray 20%
• Heat Stress 20%
• Fire Products 20%
• Nuclear Reactor Core 20%
• Ignition Model 20%
• Dynamic Base 20%
• Electrical Cable 20%
• Incendies 20%
• Open Atmosphere 20%

INIS

• fires 100%
• computational fluid dynamics 100%
• cables 100%
• heat 70%
• simulation 20%
• dynamics 20%
• operation 20%
• computer codes 20%
• peaks 20%
• damage 20%
• nuclear power plants 20%
• simulators 20%
• economics 10%
• assessments 10%
• surfaces 10%
• nuclear reactors 10%
• energy 10%
• atmospheres 10%
• burns 10%
• cooperation 10%
• france 10%
• nuclear industry 10%
• ignition 10%
• reactor cores 10%
• heat stress 10%

Engineering

• Heat Release Rate 100%
• Computational Fluid Dynamics 100%
• Cable Trays 100%
• Nuclear Power Plant 50%
• Software Simulator 50%
• Peak Heat Release Rate 50%
• Rate of Heat Release 25%
• Safe Operation 25%
• Daily Operation 25%
• Reactor Core 25%
• Electrical Cable 25%
• Ignition 25%
• Heat Stress 25%
• Organization for Economic Cooperation and Development 25%