Emergency Strategy of Civic Critical Infrastructure to the Urgent Events

Zhi Li Wu; Xiao Liu

doi:10.4028/www.scientific.net/AMR.317-319.2091

Paper Titles

Research on the Simulation of Airflow Field in Cyclone Separator Based on ANSYS
p.2069

Parameter Optimization and Numerical Simulation of Dust-Collecting and Dedusting System with Air Curtain in Heading Face
p.2073

Research on a Scheme of Real-Time Measuring of Lubrication Oil Quantity in an Aero-Engine Tank
p.2079

Investigation of Numerical Simulation in Combustion Chamber Predictability
p.2085

Emergency Strategy of Civic Critical Infrastructure to the Urgent Events
p.2091

Emergency Policy for Perishable Products Supply Chain when Nodes Fail
p.2097

Research on the Simulative System of Engine-Thermoelectric Source
p.2103

Numerical Simulation of Gasoline Blending with Two Different Mixing Systems
p.2107

The Computerized Simulation Software Development of the Pneumatic DTH
p.2113

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 317-319Emergency Strategy of Civic Critical...

Emergency Strategy of Civic Critical Infrastructure to the Urgent Events

Abstract:

Abstract. Civic critical infrastructure systems have become an inter-connected networked system due to the all kinds of interdependencies. Under the circumstance of emergent events, disruption or failure of one system may lead to the cascading effect on other interdependent systems. We develop a mathematic model based on supply and demand relation of multi-network systems considering the coupling characteristic of critical infrastructures when emergent events happen. The model can offer the emergency strategy to the urgent accident by analyzing events chain after single node fails. The numerical results indicate the approach taken in this research can break through the limit of conventional emergency strategy within single system of dispatching standby products as inventory and to better optimize the total loss of the whole networked system.