Document Type : Original Article

Authors

• Reza Hasan Zadeh ¹
• Shirin Alizade ²

¹ Department of Industrial Engineering, Rouzbahan University, Sari, Iran.

² Department of Industrial Engineering, Ayandegan Institute of Higher Education, Tonekabon, Iran.

Abstract

Crises are the inevitable realities of human life; which is an accident that occurs naturally or suddenly or increasingly by human and to address it, there is a need for urgent and fundamental measures.When the crisis occurs, pre-determined storage locations will play an important role in relief; therefore, the selection of suitable places for warehouses is one of our main goals in this research. In this research, a bi-objective linear programing model with integer variables is developed. The proposed model attempt to minimize total cost along with maximizing the minimum weight of open shelter areas while deciding on the location of shelter areas, the assigned population points to each open shelter area and controls the utilization of open shelter areas. In order to solve proposed model, some of well-known multi-objective, exact methods includes a weighted sum method, LP-metric method, and goal programing approach are employed.Finally, the best open shelter areas with considering the minimum cost is obtained, which these results can be useful for crisis organizations.

Keywords

• Relief logistic
• Location Allocation
• Multi-objective optimization

Main Subjects

• Location Modeling