Green Performance Optimization of Mechatronic Products Based on Green Features and QFD Technology

Abstract

Abstract: The concept of green features was proposed, and the qualitative and quantitative green features in the product life cycle were quantified herein. Aimed to the customer satisfaction with green products, through the green QFD, the green demand analysis was mapped to the green characteristics of the product life cycle, and an optimization model with green demand satisfaction as the goal was established. By optimizing the configuration to adjust the amount of green feature changes, the key technical characteristics of the limited enterprise resources were optimized and improved, achieving the maximum satisfaction of customer demands and ensuring the green performance of the products. Taking a hobbing machine as an example, the feasibility and effectiveness of the proposed method were verified.

Key words: green design, green feature, hobbing machine, quality function deployment(QFD)

摘要： 提出了绿色特征的概念，分别对产品生命周期中的定性与定量绿色特征进行量化分析。以用户对绿色产品的满意度为目标，通过绿色质量功能配置，将绿色性需求分析映射到产品全生命周期绿色特征，建立了以绿色性需求满意度最大为目标的优化模型。通过优化配置调整绿色特征改变量，在有限的企业资源下实现关键技术特征因素优化，达到了客户需求最大满意度，同时保证了产品的绿色性能。以某滚齿机为实例，验证了所提方法的可行性和有效性。

关键词: 绿色设计, 绿色特征, 滚齿机, 质量功能配置

CLC Number:

TH12

WANG Liming1，2;LI Long1，2;FU Yan1，2;LI Fangyi1，2;PENG Xin1，2;WANG Geng1，2. Green Performance Optimization of Mechatronic Products Based on Green Features and QFD Technology[J]. China Mechanical Engineering.

王黎明1,2;李龙1,2;付岩1,2;李方义1,2;彭鑫1,2;王耿1,2. 基于绿色特征及质量功能配置技术的机电产品绿色性能优化[J]. 中国机械工程.

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