A mathematical programming model with present value method for optimum design of flexible cellular manufacturing systems
Ebru Yılmaz (eyilmaz@cu.edu.tr)
In this article, an integer mathematical programming model for the design problem of flexible cellular manufacturing systems is proposed. The objective function of the developed mathematical programming model is to minimize the total design cost, including the costs of operating parts on machines, using tools on machines, and assigning employees to cells; this model also incorporates the present value method. Thus, the operational costs that occur during a certain period are also considered. LIN