The Design for 3R-abilities Based on The Triangularization Algorithm

[[abstract]]近年來，電子產品和電子設備的快速成長，歐盟廢棄物電子設備指令的目的在於促進回收、再利用、減量等電子廢棄物。由於嚴格的環境法規，3R議題越來越重要。由於過去相關提升3R研究仍有些缺點，像是無考慮到各個3R之影響程度，以及方法過於複雜無實際的指引。因此，本篇論文透過關聯矩陣來分析產品零件之間的潛在關係。此外，為了更有效率地辨識出具關鍵影響力產品零件模組，以及提升3R能力，本文將試圖透過結合三角化演算法和模組化方法於關聯矩陣分析上來做分析的動作。最後，並透過探討本篇論文所提出的產品零件拆解結果，依其模式與模組的判別提供對於3R能力提升的建議與分析。[[abstract]]In recent years, the production of electric and electronic equipment (EEE) is one of the fastest growing areas. The recent EC waste electrical and electronic equipment directive aims to promote the recycle, reuse and reduce of such electrical and electronic waste. Because of strict environmental regulations, the 3Rs are becoming increasingly importance. However, related research to enhance 3R-abilities have certain drawbacks, such as that is no analysis of the impact on each of 3R, and methods are often too complicated and there is a need for practical, simple guidelines. Therefore, this thesis applies an incidence matrix to analyze the product design. In order to analyze the product relations and design for 3R-abilities, the matrix is analyzed using two algorithms, the triangularization algorithm and the modeling the product modularity. Finally, some general discussions of disassembly patterns and product modularity from the results of product disassembly are presented along with conclusions.[[note]]碩