Clustering parts and machines into part families and machine cells is a major decision in the design of cellular manufacturing systems which is defined as cell formation. This paper presents a non-linear mixed integer programming model to design cellular manufacturing systems which assumes that...

This study develops a durable cell formation model for simultaneous multi-period manufacturing situations. The model combines group efficacy and efficacy variance for the purpose of maximizing group efficacy for each period, as well as minimizing efficacy variance in all periods. Due to the fact...

Clustering parts and machines into part families and machine cells is a major decision in the design of cellular manufacturing systems which is defined as cell formation. This paper presents a non-linear mixed integer programming model to design cellular manufacturing systems which assumes that...