Optimal Location of Rescue Centers Using GIS and Multi-criteria Decision Making Methods (Case Study: Urmia City)

سال انتشار: 1399
نوع سند: مقاله ژورنالی
زبان: انگلیسی
مشاهده: 224

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شناسه ملی سند علمی:

JR_JORAR-12-1_001

تاریخ نمایه سازی: 23 بهمن 1399

چکیده مقاله:

INTRODUCTION: Pre-crisis planning is one of the important issues facing managers and planners, especially in the field of crisis management. In recent years, the world has faced an increasing number of natural and man-made disasters, such as earthquakes. Moreover, the growing effect of disasters on communities has highlighted the need for efficient and effective emergency logistics operations in this field, and some criteria are provided for decision-making and prioritization of relief centers in crisis situations. METHODS: In the current research, Analytic Network Process (ANP) and PROMETHEE (Preference Ranking Organization Method for Enriching Evaluations) methods were used for analysis and ranking, and construction cost and usage time indicators were considered for the first time. Criteria were also defined and evaluated as layers according to global standards and crisis management criteria in the region. In addition, geographic information systems and expertschr('39') opinions were used to evaluate the indicators. FINDINGS: Due to the higher weight value, safety (0.36), usage time (0.24), as well as concentration and coverage level (0.22) received priority for the selection of the most optimal relief sites in crisis situations. Therefore, centers, such as Amini Stadium and Golestan Park, which had a lower performance status in terms of the mentioned indicators, compared to other options, were placed in a lower rank in the final ranking, in comparison with other centers. CONCLUSION: The indicators identified in order of importance were security, time of use, concentration and coverage level, and compatible access. In the end, Takhti Stadium, Saat Park, and Rajaei Stadium received priority for the establishment of relief centers in terms of performance and the weight value of the mentioned indicators in time of crisis.

نویسندگان

Rahim Dabbagh

Faculty of Industrial Technologies, Department of Industrial Engineering, Urmia University of Technology, Urmia, Iran

Hassan Ahmadi Chokalaei Ahmadi Chokalaei

Industrial Engineering, Urmia University of Technology, Urmia, Iran

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  • 1. Givechi S, Atar MA, Rashidi E, Hesari A, Nasbi N. ...
  • 2. Hedayatnia H. Planning of organizing organized urban waste structures against ...
  • 3. Akbari R, Dabbagh R, Ghoushchi SJ. HSE risk prioritization of ...
  • 4. Hosseini M. Crisis management, Tehran city crisis management, and management ...
  • 5. Kaviyani-Charati M, Heidarzadeh Souraki F, Hajiaghaei-Keshteli M. A Robust optimization ...
  • 6. Yadavalli VS, Sundar DK, Udayabaskaran S. Two substitutable perishable product ...
  • 7. Dabbagh R, Nasiri Fard B. Vulnerable and safe points in ...
  • 8. Farahani MR. The presentation of AHP and GIS models in ...
  • 9. Dabbagh R, Yousefi S. A hybrid decision-making approach based on ...
  • 10. Babaei A, Shahanaghi K. Location of emergency centers for ambulance ...
  • 11. Amini M, Dabbagh R, Omrani H. A fuzzy data envelopment ...
  • 12. Rahmani S, Vahedi SH, Abedi FL, Ebrahimipour S. Optimal location ...
  • 13. Khoshsirat M, Dabbagh R, Bozorgi AA. Presenting the relief items ...
  • 14. Statistical Center of Iran. Available at: URL: https://www.amar.org.ir/english; 2019. [In ...
  • 15. Logistics and Rescue Department. Urmia City Crisis Management Organization. Available ...
  • 16. Aghanbati SA. Geology of Iran. Tehran: Organization of Mines and ...
  • 17. Alavi SM, Mohammad M. Planning to reduce earthquake damage in ...
  • 18. Abolhassan R. History of earthquakes in Iran (1991) Ambrosis and ...
  • 19. Nasiri A. Seismic hazard zoning in Urmia urban area. Res ...
  • 1. Givechi S, Atar MA, Rashidi E, Hesari A, Nasbi N. ...
  • 2. Hedayatnia H. Planning of organizing organized urban waste structures against ...
  • 3. Akbari R, Dabbagh R, Ghoushchi SJ. HSE risk prioritization of ...
  • 4. Hosseini M. Crisis management, Tehran city crisis management, and management ...
  • 5. Kaviyani-Charati M, Heidarzadeh Souraki F, Hajiaghaei-Keshteli M. A Robust optimization ...
  • 6. Yadavalli VS, Sundar DK, Udayabaskaran S. Two substitutable perishable product ...
  • 7. Dabbagh R, Nasiri Fard B. Vulnerable and safe points in ...
  • 8. Farahani MR. The presentation of AHP and GIS models in ...
  • 9. Dabbagh R, Yousefi S. A hybrid decision-making approach based on ...
  • 10. Babaei A, Shahanaghi K. Location of emergency centers for ambulance ...
  • 11. Amini M, Dabbagh R, Omrani H. A fuzzy data envelopment ...
  • 12. Rahmani S, Vahedi SH, Abedi FL, Ebrahimipour S. Optimal location ...
  • 13. Khoshsirat M, Dabbagh R, Bozorgi AA. Presenting the relief items ...
  • 14. Statistical Center of Iran. Available at: URL: https://www.amar.org.ir/english; 2019. [In ...
  • 15. Logistics and Rescue Department. Urmia City Crisis Management Organization. Available ...
  • 16. Aghanbati SA. Geology of Iran. Tehran: Organization of Mines and ...
  • 17. Alavi SM, Mohammad M. Planning to reduce earthquake damage in ...
  • 18. Abolhassan R. History of earthquakes in Iran (1991) Ambrosis and ...
  • 19. Nasiri A. Seismic hazard zoning in Urmia urban area. Res ...
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