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Simulating Life Cycles of Individual Products for Life Cycle Design

机译:模拟各个产品的寿命周期为生命周期设计

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Minimizing environmental loads and resource consumption is a major issue in the manufacturing industry while enhancing value of products. Individual products have a variety of states depending on their life cycle histories even if they are produced from the same design information. While design information represents their 'nominal information' specified by designers, we call a specific state of an individual product as 'entity information.' The differences in individual products make it instable in terms of the states and quantity to circulate resources and to deliver service activities at the after sales market. To realize efficient resource circulation and high quality services, designers should determine nominal information of a product and of its life cycle flow by analyzing the entity information at its design stage. This paper proposes a method for modeling both nominal information of a product life cycle and the entity information. This method represents the nominal information with product model and life cycle flow model. In this paper, we define a model of the entity information, which shows states of individual products and the number of the products in each life cycle process such as maintenance, collection, and end-of-life treatments. To create this model, we derive entity information throughout the entire life cycle flow by using life cycle simulation technique. A case study of a smart phone is illustrated for demonstrating the feasibility of the proposed modeling method.
机译:最大限度地减少环境负荷和资源消费是制造业的主要问题,同时增强了产品的价值。即使它们是由相同的设计信息生产,各个产品根据其生命周期历史而有多种状态。虽然设计信息代表了他们指定的设计师指定的“名义信息”,但我们将个别产品的特定状态称为“实体信息”。各种产品的差异使其在国家和数量方面无法传播资源,并在售后市场提供服务活动。为了实现高效的资源流通和高质量的服务,设计人员应通过在其设计阶段分析实体信息来确定产品的标称信息和其生命周期流程。本文提出了一种用于建模产品生命周期和实体信息的标称信息的方法。该方法表示具有产品模型和生命周期流模型的标称信息。在本文中,我们定义了实体信息的模型,其显示各个产品的状态和每个生命周期过程中的产品的数量,例如维护,收集和寿命结束处理。要创建此模型,我们使用生命周期仿真技术在整个生命周期流程中获得实体信息。说明了对智能手机的案例研究,以证明所提出的建模方法的可行性。

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