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首页> 外文期刊>Journal of Intelligent Manufacturing >Choosing reverse channels under collection responsibility sharing in a closed-loop supply chain with re-manufacturing
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Choosing reverse channels under collection responsibility sharing in a closed-loop supply chain with re-manufacturing

机译:在具有重新制造的闭环供应链中,在收集责任分担下选择反向渠道

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This paper considers a closed-loop supply chain with re-manufacturing consisting of retailers, manufacturers and third-party logistics service providers; all participating in the product recycling responsibilities. The effectiveness of methods that can be used to share responsibilities amongst these parties is quantified using different reverse channels. First, re-manufacturing models with three different reverse channels for retailer collection, manufacturer collection and third-party collection are developed using collection responsibility sharing. Next, by comparing these models with the case of no collection responsibility sharing, the effectiveness of responsibility sharing is analysed and quantified. The results for the three models support the following conclusions: (i) from the point of view of the retailer, third-party collection is always the worst choice; (ii) the choice between retailer collection and manufacturer collection depends on the cost parameter representing the resources required in performing the reverse collection tasks; (iii) from the point of view the manufacturer, when the value of the cost parameter is small, collection by manufacturer is the best choice; retailer collection will be best for high values of the cost parameter.
机译:本文考虑由零售商,制造商和第三方物流服务提供商组成的具有再制造的闭环供应链。所有参与产品回收的责任。可使用不同的反向渠道来量化可用于在这些方之间分担责任的方法的有效性。首先,使用回收责任分担来开发具有三种不同反向渠道的零售商再生产,制造商回收和第三方回收的再制造模型。接下来,通过将这些模型与没有收取责任分担的情况进行比较,可以分析和量化责任分担的有效性。这三个模型的结果支持以下结论:(i)从零售商的角度来看,第三方收款始终是最糟糕的选择; (ii)在零售商回收和制造商回收之间的选择取决于代表执行反向回收任务所需资源的成本参数; (iii)从制造商的角度来看,当成本参数的值较小时,由制造商收取是最佳选择;对于高成本参数而言,零售商收集将是最佳选择。

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