Complex Process Module Partitioning Method For Mass Customization

Abstract

Aiming at the problem of module planning in product family design of mass customization, the limitations of module partitioning of product components in the past are analyzed, and the method for module division at complex processing levels is proposed. Based on the modular theory of the product family core system, the design relationship between product performance and process is comprehensively analyzed, the correlation matrix between process modules is established according to the feature-associated mathematical model, the correlation function is calibrated by the range conversion method, and the membership function is calculated by the transitive closure method, combine the principle of threshold cutting to obtain the best module division scheme through matlab operation., program to achieve a fast, low-cost design of personalized products that adapt to market and technology changes. Finally, taking the aluminum/copper strip process module as an example, the effectiveness and feasibility of the method are verified, the production efficiency of the product is improved, and the processing cost of the enterprise is reduced.