电子产品绿色模块化开发技术研究

发布时间：2018-06-05 07:34

本文选题：电子产品 + 模块化设计　；参考：《南昌大学》2015年硕士论文

【摘要】：随着现代科技的快速发展,绿色模块化设计技术的应用范围愈加广泛。本文在研究电子产品基于启发式模块划分方法的划分结果时,划分结果存在未考虑产品绿色属性,模块评价不够全面的问题。本文提出采用绿色模块划分的方法对电子产品进行划分,利用绿色模块评价方法对划分结果进行评价,最后提出基于Pro/E平台建立电子产品的模块库并完成了整体配置设计。具体研究内容如下:首先,本文研究了基于启发式法的电子产品模块化划分。介绍了绿色模块化设计涉及到的相关理论和技术的研究现状,阐述了启发式模块划分的基本理论与流程,完成了电子产品的模块划分。其次,本文完成了电子产品的绿色模块划分。针对启发式模块划分方法未考虑产品绿色属性,通过分析电子产品的特点,本文提出采用层次分析法对电子产品进行绿色模块划分,得到了电子产品绿色模块划分方案。再次,本文对电子产品绿色属性与模块化属性进行了评价。模块划分的结果需要一个评价指标来评价,电子产品的现有评价指标不够全面。本文提出基于若干模糊工程理论、数学方法及层次分析法建立了电子产品绿色评价指标体系,举出实例验证了绿色模块化设计评价体系的可行性。最后,本文结合Pro/E平台完成了电子产品绿色模块化设计。本文采用Pro/E平台的参数化设计功能建立了电子产品的各个模块,完成了各个模块库的创建,最终完成了电子产品的模块配置。
[Abstract]:With the rapid development of modern science and technology, the application of green modular design technology is more and more extensive. In this paper, when we study the partition results of electronic products based on heuristic module partitioning method, the partition results have the problem of not considering the green attribute of the product, and the evaluation of the module is not comprehensive enough. In this paper, the method of green module partition is proposed to divide electronic products, and the evaluation method of green module is used to evaluate the result of division. Finally, the module library of electronic products based on Pro/E platform is established and the overall configuration design is completed. The main contents are as follows: firstly, this paper studies the modular partition of electronic products based on heuristic method. This paper introduces the research status of related theories and technologies in green modular design, expounds the basic theory and flow of heuristic module partition, and completes the module partition of electronic products. Secondly, this paper completes the green module division of electronic products. Because the heuristic module partition method does not consider the green attribute of the product, by analyzing the characteristics of the electronic product, this paper puts forward to divide the green module of the electronic product by AHP, and obtains the scheme of the green module partition of the electronic product. Thirdly, the green and modular properties of electronic products are evaluated in this paper. The result of module partition needs an evaluation index, and the existing evaluation index of electronic product is not comprehensive enough. Based on some fuzzy engineering theories, mathematical methods and analytic hierarchy process (AHP), a green evaluation index system for electronic products is established in this paper. Examples are given to verify the feasibility of the evaluation system of green modular design. Finally, this paper completes the green modular design of electronic products based on Pro/E platform. In this paper, the parameterized design function of Pro/E platform is used to set up each module of electronic product, and the establishment of each module library is completed. Finally, the module configuration of electronic product is completed.
【学位授予单位】：南昌大学
【学位级别】：硕士
【学位授予年份】：2015
【分类号】：TN02

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