Khodakaram Salimifard

The major aim of the research is to design a sustainable distribution network of rescue commodities by consideration of voluntary contributions in uncertainty condition. For this goal the studies is done and based on detected innovation the assumptions and objectives are determined. Then a scenario multi objective mathematical model is designed that seeks to minimize cost, minimization of pollution and minimization of shortage. For validity of model it is solved in various dimension and results indicate reaction of objective functions to dimension then. Sensitivity analysis and uncertainty analysis is conducted. Findings show that parameters of construction cost, transfer cost and maintenance cost can increase all objective functions and worsen answers. While parameter of capacity level can reduce the functions. On the other hand, most influence can be observed in shortage function that indicate high sensitivity of shortage. About uncertainty of demand it can be said that it seems second scenario has worst condition and scenario one show better scenario.