A retailer oriented closed-loop supply chain network design for end of life construction machinery remanufacturing

Yi, Ping; Huang, Min; Guo, Lijun; Shi, Tielin

doi:10.1016/j.jclepro.2016.02.070

Cited by 81 publications

(30 citation statements)

References 29 publications

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“…This research area is a significant one due to the expense of such items and the number of materials being used in these products. Some of these construction machinery specific studies focus on the closed-loop supply chain networks to manage the flows of used items (Yi et al, 2016), the evaluation of life cycle for early detection (Wu et al, 2015) and the failure analysis and remanufacturing of some parts of the construction machinery (Ma et al, 2013).…”

Section: Research Cluster 2: Materials and Remanufacturing Engineeringmentioning

confidence: 99%

A Scientometric Analysis of Remanufacturing by Mapping Scientific, Organizational, and National Concentration Zones

Ozcan

Çorum

2021

IEEE Trans. Eng. Manage.

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The considerations of global sustainability have dramatically increased the importance of the remanufacturing process. Many scholars have started focusing on this vital area from both a management and an engineering point of view. Previous studies have aimed to categorize this area using traditional review approaches, using a smaller body of literature and mostly focusing on the managerial aspects of remanufacturing. Our study is the only study for which techmining and scientometric methods are used to examine remanufacturing research, for the purpose of identifying top actors and key trends with regards to business and technological approaches. We combine both management and engineering related studies in this scientometric study. The results shed light on the principal actors, nations, organizations and scientific domains in this field. Remanufacturing research is categorized using the co-occurrence based clustering method. This study identifies four broad research clusters: (1) Production planning and control of remanufacturing, (2) Material and remanufacturing engineering, (3) Supply chain management of remanufacturing process and, (4) Remanufacturing applications and new trends. This study offers benefits to numerous parties: policymakers in the remanufacturing field, academics who wish to see the research domains and those practitioners interested in the key management, processes, and technologies of remanufacturing activities.

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Section: Research Cluster 2: Materials and Remanufacturing Engineeringmentioning

confidence: 99%

A Scientometric Analysis of Remanufacturing by Mapping Scientific, Organizational, and National Concentration Zones

Ozcan

Çorum

2021

IEEE Trans. Eng. Manage.

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“…The reverse logistics and closed-loop supply chains subject has been pretty well covered and reviewed (Govindan and Soleimani 2016), and more recent studies proposing mathematical models offering various tradeoffs scenarios are described (Rezapour et al 2015) and (Yi et al 2016).…”

Section: Gsc and Gscmmentioning

confidence: 99%

Reviewing the use of the theory of inventive problem solving (TRIZ) in green supply chain problems

Moussa

Rasovska

Dubois

et al. 2017

Journal of Cleaner Production

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The purpose of the paper is to review the practice of the theory of inventive problem solving (TRIZ) in Green Supply Chain (GSC) problems and to identify new research challenges focusing on the question: "To what extent is it necessary to evolve TRIZ tools, methods and theoretical grounding for addressing GSC inventive problems?" First, a review of the past contributions of TRIZ based methods to GSC problem resolution is presented. As the result of the papers review did not provide a comprehensive understanding of the limitations and areas of potential application of TRIZ in GSC, three experiments were conducted to complete the literature review, in order to provide a more comprehensive answer to the posed question and identify research challenges. The experiments addressing GSC problems were also conducted to explore to what extent the more mature metamethods of classical TRIZ, namely ARIZ 85 A, C and the related sub-methods, can be used as in GSM problems. The examples were chosen to explore types of GSC problems that were not yet addressed with TRIZ. The experiment results highlight limitations on the use of the TRIZ in GSC inventive problems, which were not mentioned in the GSC literature. Moreover it highlights the limitation of using the more mature meta-methods of TRIZ (ARIZ 85A and ARIZ 85C) when the conflict to overcome contains more than two evaluation parameters and one action parameter. Finally, research challenges to overcome the limitations and to improve the use of TRIZ in GSC inventive problems are stated. Among them, methods for quickly establishing the existence of classical TRIZ contradictions or for informing the problem solver when no TRIZ contradictions are present in a given inventive problem in GSC should be proposed. Such methods would permit determining whether ARIZ 85C could be used and avoid a long and fruitless search for a system of contradictions. Find alternatives to the algorithms proposed in the past to be able to establish the generalized contradictions of inventive problems. Make evolve meta-methods ARIZ 85C or substitute it with methods which can address the inventive problems that cannot be treated by ARIZ 85C.

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“…Huang et al, (2013) based on the strategy of dual-channel closed-loop supply chain recycling research, discussed the manufacturer's optimal profit. Yi et al, (2016) focused on retailers throughout the life of the closed-loop supply chain network optimization design of remanufacturing engineering machinery terminals and successfully applied the improved hybrid genetic algorithm to optimizing the structure of closed-loop supply chain networks. Garg et al, (2015) studied an efficient recovery system for manufacturers to promote existing supply chains and formed a unique and efficient "low-carbon logistics" closed-loop supply chain.…”

Section: Leterature Reviewmentioning

confidence: 99%

In dual-channel Closed-loop Supply Chain, Remanufactured Product Pricing Strategy based on the Heterogeneity of Consumers

Chang-jiu¹

2016

Revista de la Facultad de Ingeniería

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This paper establishes a dual-channel closed-loop supply chain composed of a manufacturer, a retailer and an e-tailer. Based on the heterogeneity degree of consumers' preferences for remanufactured products, we then built an independent pricing model for the first cycle and a joint pricing model for second cycle and studied the mutual restriction of the product prices of retailers and e-tailers and the influence of consumers' preferences on manufacturer wholesale prices under the condition of market competition. In addition, we also studied consumers' preferences for products in the second cycle of the supply chain members' products to determine optimal pricing and profitability. The results show that the product prices of the retailer and e-tailer have restrictions and are promoted. Consumers' preferences for remanufactured products were positively correlated with supply chain members' and manufacturers' profit growth significantly more than with that of retailers and e-tailers. When consumer demand reaches a certain level, the total profits of retailers are higher due to participation in remanufacturing. We conclude with a numerical example analysis and management advice.

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A retailer oriented closed-loop supply chain network design for end of life construction machinery remanufacturing

Cited by 81 publications

References 29 publications

A Scientometric Analysis of Remanufacturing by Mapping Scientific, Organizational, and National Concentration Zones

A Scientometric Analysis of Remanufacturing by Mapping Scientific, Organizational, and National Concentration Zones

Reviewing the use of the theory of inventive problem solving (TRIZ) in green supply chain problems

In dual-channel Closed-loop Supply Chain, Remanufactured Product Pricing Strategy based on the Heterogeneity of Consumers

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