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Artificial Neural Network-Supported Selection of Materials in Ecodesign

机译:人工神经网络支持的Ecodesign中的材料选择

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At the current rate of development in the industry, protecting the global environment is a priority. One of the ways to prevent environmental degradation is the manufacturing of recyclable products which can be disassembled and their materials and components processed for reuse. Recyclability of products can be taken into account as early as at the design stage. Appropriate selection of materials, connections and disassembly methods can facilitate and simplify recycling. This paper looks at an original method of material selection at the design stage, which takes into consideration recyclability of materials. An expert system based on artificial neural networks is presented. Analyses of input data for material selection have been conducted, the training file and neural network models have been developed, and the models have been assessed. Research has proven that artificial neural networks are suitable for supporting the selection of materials in ecodesign.
机译:在行业的目前的发展速度下,保护全球环境是优先事项。防止环境退化的方法之一是制造可回收产品,其可以拆卸,它们的材料和组件用于重用。产品的可回收性可以尽早考虑在设计阶段。 Appropriate selection of materials, connections and disassembly methods can facilitate and simplify recycling.本文在设计阶段看原始的材料选择方法,这考虑了材料的可回收性。提出了一种基于人工神经网络的专家系统。已经开发了用于材料选择的输入数据的分析,已经开发了培训文件和神经网络模型,并且已经评估了模型。研究证明,人工神经网络适用于支持各种材料的选择。

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