Abstract:

This paper analyzed the green factors of system from the perspective of systems engineering, then they were divided into one sets of control factors in view of technology and process and put into the other sets of green performance in light of economy, resources, environment, human factors.An associated simulation model was also proposed  via establishing the association rules, and  the output sets of green performance was studied  by using clustering analysis based  on the simulation results, thus obtaining 50 system factors. Then the system architecture  was established on the basis of interpretative structural matrix,after proposing a directed graph of the system structure. Finally, this structure was utilized to analyze  hierarchical relationships between the factors, in order to provide an optimization direction to the green outputs of the recycling and remanufacturing system.

Key words: recycling and remanufacturing；green performance, associated simulation modeling, interpretative structural modeling（ISM）

摘要：

从系统工程的角度分析提炼了系统的绿色影响因子，从技术、过程、主体等多维度归纳了控制因素集，从经济、资源、环境、人因等维度归纳了绿色绩效输出集。提出关联规则并进行关联仿真，结合仿真结果对绿色绩效输出集进行聚类分析，最终得到了50个系统因素。建立了系统结构有向图，基于解释结构矩阵建立了整体结构，分析了要素之间的层级关联以及对比关系，为回收与再制造系统绿色绩效输出提供了优化方向。

关键词: 回收与再制造, 绿色绩效, 关联仿真建模, 解释结构模型