Özet:

The management of lived and used products has become an important logistics activity due to globalization, legal regulations and increased environmental awareness. Since the management of the flow in the reverse logistics network requires specialized infrastructure and expertise, it is an important issue with which company companies in their networks will work. Thus, have turned to third-party reverse logistics (3PTL) companies (providers). 3PTL is the satisfaction of the services or logistics activities that enterprises need in the logistics network by using external resources. In this study, seven criteria and three alternatives for the good 3PTL company selection have been used by the type-2 distinctive analytical hierarchy process (AHP) method. December type-2 foolish sets are more suitable, more flexible and more intelligent than type-1 foolish numbers in reflecting the uncertainty of the foolish group decision-making problems with contradictory criteria. Therefore, the integration of multi-critical decision-making (MCC) problems with interval type-2 foolish numbers will provide advantages in the decision-making process. As a result of the applied study, the applied interval type-2 foolish AHP method can be used in the 3PTL company selection.Lifetime and the management of used products has become an important logistics activity due to globalization, legal regulations and increased environmental awareness. Since the management of the flow in the reverse logistics network requires specialized infrastructure and expertise, it is an important issue with which company companies in their networks will work. Thus, have turned to third-party reverse logistics (3PTL) companies (providers). 3PTL is the satisfaction of the services or logistics activities that enterprises need in the logistics network by using external resources. In this study, seven criteria and three alternatives for the good 3PTL company selection have been used by the type-2 distinctive analytical hierarchy process (AHP) method. December type-2 foolish sets are more suitable, more flexible and more intelligent than type-1 foolish numbers in reflecting the uncertainty of the foolish group decision-making problems with contradictory criteria. Therefore, the integration of multi-critical decision-making (MCC) problems with interval type-2 foolish numbers will provide advantages in the decision-making process. As a result of the application study, it has been found that the applied interval type-2 foolish AHP method can be used in the 3PTL company choice.

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