Coupling Simulation of Human-Environmental Safety Risk Factors in Metro Construction –: a Case Study of Rongjiazhai Station at Xi’an Metro Line 5 in China

Keyphrases

• China 100%
• Coupled Simulation 100%
• Environmental Safety Risk 100%
• Metro Construction 100%
• Safety Risk Factors 100%
• Metro Line 100%
• Risk Level 80%
• Construction Site 60%
• Environmental Risk 60%
• Work Environment 40%
• Risk Factors 40%
• Coupling Degree 40%
• Coupling Model 40%
• Human Risk 40%
• Mechanical Risk 40%
• Coupling Risk 40%
• Environmental Factors 20%
• Interdependence 20%
• Coupling Effect 20%
• Environmental Quality 20%
• Natural Environment 20%
• Coupling Coefficient 20%
• Risk Estimation 20%
• Construction Process 20%
• Four-step 20%
• Index Weight 20%
• Coupled System 20%
• Model Estimates 20%
• Overall Risk 20%
• Management Risk 20%
• Couple Relationships 20%
• Environmental Risk Factors 20%
• Engineering Practice 20%
• Model Dynamics 20%
• Human Management 20%
• Accident Occurrence 20%
• Psychological Quality 20%
• Construction System 20%
• Construction Risk 20%
• System Dynamics Simulation 20%
• Accident Probability 20%
• Metro Construction Project 20%
• Human Risk Factors 20%
• Physiological Quality 20%
• Coupling Level 20%

Engineering

• Metro 100%
• Safety Risk 100%
• Risk Level 50%
• Environmental Risk 50%
• Construction Site 37%
• Engineering 12%
• Coupling Effect 12%
• Simulation Result 12%
• Coupling Coefficient 12%
• Systems Dynamics 12%
• Progression 12%
• Construction Process 12%
• Interdependence 12%
• Construction System 12%
• Risk Estimate 12%
• Computer Simulation 12%