Author/Authors :
kiliç, aslı ege university - faculty of science - department of statistics, Turkey , gökçe, mahmut ali izmir university of economics - faculty of engineering and computer sciences - department of industrial engineering, Turkey , dinçer, mehmet cemali yaşar university - faculty of engineering - department of industrial engineering, Turkey
Title Of Article :
INTEGRATED MODELING OF DISASTER EMERGENCY RESPONSE ACTIVITIES USING SIMULATION: BORNOVA CASE STUDY
Abstract :
We present a detailed integrated simulation model for two processes: casualty transportation and emergency room management after a major disaster. The two important processes have generally been discussed separately in literature. However, to be able to correctly evaluate preparedness of disaster and emergency, and minimize potential loss of lives, it is important that these two interconnected processes are analysed together. The purpose of this study is to present an integrated simulation model of victim transportation and treatment processes after a major disaster and use the proposed model in a case study for Bornova, a district of the city of İzmir in Turkey. Simulation model is run with a detailed experimental design and results are statistically analysed. We find out and report the importance of correct distribution of ambulances to regions and rules for better management of capacities of constrained medical resources in order to minimize total loss of lives.
NaturalLanguageKeyword :
We present a detailed integrated simulation model for two processes: casualty transportation and emergency room management after a major disaster. The two important processes have generally been discussed separately in literature. However , to be able to correctly evaluate preparedness of disaster and emergency , and minimize potential loss of lives , it is important that these two interconnected processes are analysed together. The purpose of this study is to present an integrated simulation model of victim transportation and treatment processes after a major disaster and use the proposed model in a case study for Bornova , a district of the city of İzmir in Turkey. Simulation model is run with a detailed experimental design and results are statistically analysed. We find out and report the importance of correct distribution of ambulances to regions and rules for better management of capacities of constrained medical resources in order to minimize total loss of lives.
JournalTitle :
Anadolu University Journal of Science and Technology. A : Applied Sciences and Engineering
