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Agenda
• Overview
• Literature Review
• Problem Definition
• Data Generation
• Mathematical Model
• Decisions
• Parameters
• Solution Methodology
• Future Research
Overview
• Aug. 17th, 1999 Istanbul Earthquake
• 17.480 killed, 43.599 injured
• Using Supply Chain Management as an Evacuation Plan in Disaster and
Crisis Management: Istanbul Case, Sinan TÜRKMEN
• Deployment of Field Hospitals in Mass Casualty Incidents, F. Sibel Salman
Overview
• Single Period, Airport Evacuation
with Turkish Air Force’s
Capabilities
• Multi-Period, Openning New Field
Hospitals
Literature Review
• Resource Allocation
• P-Median Selection
• Route Selection
• Multi-period mixed integer programming
Problem Definition
• Possible Istanbul Earthquake
• The casualties which cannot be placed in the existing hospitals
• Open new field hospitals
• Move to other cities’ hospitals by aeroplanes
Data Generation
• Province Based Population
• 18+15+50 Aeroplanes (C-130, C160, CN235)
• Possible Earthquake Severity-Upon Epicenter
• Possible Severity in the Provinces
• Total Dwellings in the Provinces
Data Generation
• Possible Damaged Dwellings
• Possible Casualties in the Provinces
• Active Bed Amount in the Provinces
• Unserved Casualties based on the Provinces
Mathematical Model
• In Mathematical Model, we try to minimize the total time for any person to
arrive at a hospital (existing, new field or outsourced via aeroplanes)
• Decisions are
• Where to locate new field hospitals
• How many/ which types of aeroplane must be sent to where (Sabiha/Atatürk)
Mathematical Model
• Parameters are
• Provinces’ active bed capacity
• New field hospitals’ capacity
• Total inventory of the aeroplanes
• Capacity of the aeroplane types
• Travel times
Mathematical Model
• Solution Methodology
• Single period, single casualty type, infinite vehicles
• Single period, multiple casualty types, infinite vehicles
• Multiple period, single casualty type, infinite vehicles
• Multiple period, multiple casualty types, infinite vehicles
• Multiple period, single casualty type, finite vehicles
• Multiple period, multiple casualty types, finite vehicles
R
E
A
L
I
T
Y
Future Research
Geographical
Information
System
Post-Disaster Decision Support System
Unmaned
Aerial Vehicles
Photogrammetry
Crew Selection
Route Selection