CAJ | 학술논문

研究一种应用模糊理论进行产品生命周期评价(LCA)的定量、综合评价方法，目的在于帮助产品设计者在生命周期设计中选择最佳设计方案.在多变量决策模糊理论的基础上，提出了产品环境适应性综合和比较评价算法，编制了基于上述算法的程序，并对一种产品的环境适应性进行了设计和改善，结果表明，所提评价方法和算法对于绿色产品开发是实用和有效的.
연구일충응용모호이론진행산품생명주기평개(LCA)적정량、종합평개방법，목적재우방조산품설계자재생명주기설계중선택최가설계방안.재다변량결책모호이론적기출상，제출료산품배경괄응성종합화비교평개산법，편제료기우상술산법적정서，병대일충산품적배경괄응성진행료설계화개선，결과표명，소제평개방법화산법대우록색산품개발시실용화유효적.
A quantitative and comprehensive method of product life cycleassessment(LCA) with fuzzy theory is developed, which will help designers to select the optimum design scheme for product life cycle design(LCD). Based on the theory of multiple attribute decision making, an algorithm of comprehensive and comparative evaluation for product environmental adaptability is presented. A program is built and used in an example of design improvement. The result shows that the proposed method and algorithm are practical and effective to the development of green products.