An improved atomic clustering module division method considering green attributes
To address the issues of high resource consumption,high failure rate and maintenance difficulty of the traditional modular design for product manufacture or application by enterprises,an improved atomic clustering module division method considering green attributes,such as resource utilization,lifespan compatibility and maintainability etc.,was proposed.Multiple green constraint matrices,valence matrices and distance matrices were constructed,and the Coulomb force relationships between components were calculated,after which a module division scheme was proposed.An integrated evaluation system employing RAHP,CRITIC and VIKOR was established,and the module division schemes were optimized by considering the indicators,such as average aggregation degree,coupling degree and cost balance degree.The products of an industrial steam turbine enterprise were used as the research object for green module division,and the results were compared with the traditional module division method.The results show that the products'green performance is effectively enhanced by the improved atomic clustering module division method,meeting the requirements of green design.
atomic theorygreen attributemodule divisionmodular designefficiency enhancementscheme evaluationscheme selection and optimization
万方数据
维普
