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首页> 外文期刊>International Journal of Sustainable Manufacturing >Design of disassembly-to-order system for reused components and recycled materials using linear physical programming
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Design of disassembly-to-order system for reused components and recycled materials using linear physical programming

机译：使用线性物理编程重复使用组件和再循环材料的拆卸对系统设计

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To reduce the consumption of natural resources, a disassembly-to order (DTO) system is required, where end-of-life (EOL) products are purchased and disassembled for component reuse and material recycling. A DTO system involves multiple uncertainties due to different qualities of EOL products. These uncertainties make it difficult to determine the number of take-back EOL products from suppliers to reuse, recycle, or send to disposal facilities, in order to satisfy multiple goals. To solve the multi-criteria DTO problem, linear physical programming (LPP) is used. LPP can seek a solution to satisfy preferences of a decision maker with respect to each criterion. This study attempts to achieve higher aspiration levels for multiple goals simultaneously in a DTO system by using LPP. A numerical example is conducted with three different EOL products composed of eight different components. It is found that only three components need to be procured from an outside components supplier to satisfy the demands by determining the number of purchased EOL products from the suppliers in the numerical experiment.
机译：为减少自然资源的消耗，需要一种拆卸的订单（DTO）系统，其中购买并拆解了寿命结束（EOL）产品以进行组件再利用和材料回收。 DTO系统涉及由于EOL产品的不同质量，涉及多种不确定性。这些不确定性使得难以确定供应商的回收eol产品的数量重用，回收或发送到处置设施，以满足多个目标。为了解决多标准DTO问题，使用线性物理编程（LPP）。 LPP可以寻求解决决策者关于每个标准的解决方案。该研究试图通过使用LPP在DTO系统中同时实现多个目标的更高的抽吸水平。用由八个不同组件组成的三种不同EOL产品进行数值示例。结果发现，只需要从外部组件供应商采购三个组件，以满足需求，通过确定数值实验中的供应商中购买的EOL产品的数量来满足需求。

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