柔軟なセル生産のための最適加工経路と加工条件の決定

概要

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This paper describes a procedure for optimizing the route selection and production conditions in alternate process plans under a cellular manufacturing environment. The problem associated with determining the optimal values of the machining speeds, overtime, and intercell flow is formulated as Nonlinear Mixed Integer Programming (NMIP) in order to minimize the total production change cost. This is achieved by introducing the marginal cost analysis into an NMIP, which Will compute the optimal machining speed, overtime, intercell flow, and routing. The application of this procedure offers greater flexibility to take advantage of the cellular manufacturing due to the optimum use of resources. A solution procedure for this problem was developed and a numerical example is included.
一般社団法人日本機械学会の論文
1992-05-25