Emergency fire evacuation simulation of underground commercial street

Keyphrases

• Evacuation Efficiency 100%
• Evacuees 100%
• Underground Commercial Street 100%
• Fire Evacuation Simulation 100%
• China 50%
• Copyright 50%
• Special Positions 50%
• Shopping 50%
• Exit Width 50%
• High Density 50%
• Risk Assessment 50%
• Congestion 50%
• Safety Risk 50%
• Utilization Rate 50%
• Built-up Area 50%
• Solution Space 50%
• Fuzhou City 50%
• Building Information Modeling 50%
• Property Loss 50%
• Building Information Modeling Technology 50%
• Escape Route 50%
• Pathfinder 50%
• Simulation Program 50%
• Fire Source 50%
• Fire Safety Management 50%
• Fire Protection 50%
• Movement Path 50%
• Layout Design 50%
• Underground Structure 50%
• Efficiency Factor 50%
• Location Layout 50%
• Evacuation Simulation 50%
• PyroSim 50%
• Simulation Software 50%
• Construction Information Modeling 50%
• Available Safe Egress Time 50%
• Graphical Image 50%
• Protection Zone 50%
• Risk Issues 50%
• Fire Scenario 50%
• Required Safe Egress Time 50%
• Slack Time 50%
• Underground Shopping Street 50%
• Building Layout 50%
• Evacuation Rate 50%

Engineering

• Building Information Modeling 100%
• Simulation Result 50%
• Simulation Program 50%
• Space Solution 50%
• Safety Risk 50%
• Fire Safety Management 50%
• Underground Structures 50%
• Fire Protection 50%
• Efficiency Factor 50%
• Simulation Software 50%
• Building Layout 50%

Agricultural and Biological Sciences

• Fire Safety 100%