Methods Supporting Product Modular Design for Assembly
To manage the complexities of module partitions, a new approach to the partitions of hierarchical modules for products is proposed. Based on the assembly and manufacture process, it determines the hierarchy and basis of the module partition first, and then according to the type of connection between the parts of the block module, the degree of membership for the rational connection is gained and the fuzzy relation matrix between different parts is established. It uses the fuzzy clustering techniques to partition the modules, and then uses the method of grey comprehensive assessment to choose relative reasonable scheme. Combining with a concrete mechanical example, the systematic approach could be well adapted to the generation of product modularization for the assembly and manufacture process. Compared with other optimal algorithm, it endows with some characteristics such as simpfieity and superiority.
module partition assembly manufacture fuzzy cluster grey correlation analysis grey comprehensive assessment
Teng Xiaoyan Kong Fankai Zhang Jiatai
College of Mechanical Electrical Engineering Harbin Engineering University, HEU Harbin, China
国际会议
张家界
英文
789-793
2009-04-11（万方平台首次上网日期，不代表论文的发表时间）