Decision evaluation process in end-of-life systems management

Bouzarour-Amokrane, Yasmina; Tchangani, Ayeley; Pérès, François

doi:10.1016/j.jmsy.2015.03.007

Cited by 13 publications

(8 citation statements)

References 35 publications

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“…Recent research on industrial EoL solutions include that regarding rolling stock [13], automobiles [14], ships [15], and aircraft vehicles [8,16,17]. The research focus ranges from the macro perspective of EoL strategies [8] to the micro perspective of the disassembly and dismantling process [18], as well as material management methods, i.e., the material recycling [19][20][21], and component management [17,22]. In addition, the economic and environmental impacts of the D&R process are also studied [4,23,24].…”

Section: Literature Review Of Aircraft Disposal and Recycle Analysismentioning

confidence: 99%

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Disposal and Recycle Economic Assessment for Aircraft and Engine End of Life Solution Evaluation

2020

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The present study proposes an economic indicator to support the evaluation of aircraft End of Life (EoL) strategies in view of the increasing demand with regards to aircraft decommissioning. This indicator can be used to evaluate an economic performance and to facilitate the trade-off studies among different strategies. First, Disposal and Recycle (D&R) scenarios related to stakeholders are investigated to identify the core concepts for the economic evaluation. Next, we extracted the aircraft D&R process from various real-life practices. In order to obtain the economic measure for the engineering process, a method of estimating the D&R cost and values are developed by integrating product, process and cost properties. This analysis is demonstrated on an averaged data set and two EoL aircraft cases. In addition, sensitivity analysis is performed to evaluate the impact of the D&R cost, residual value, and salvage value. Results show that the disassembly and dismantling of an aircraft engine possesses relatively more economic gains than that for the aircraft. The main factors influencing the proposed D&R economic indicator are the salvage value and D&R cost for economically efficient D&R cases. In addition, delaying the disposal and recycle process for EoL aircraft can lead to economically unfavorable solutions. The economic indicator combined with the evaluation methods is widely applicable for evaluations of engineering products EoL solutions, and implies a significant contribution of this research to decision making for such complex systems in terms sustainable policy.

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Section: Literature Review Of Aircraft Disposal and Recycle Analysismentioning

confidence: 99%

“…It can be modeled by mathematical programming, heuristics, and artificial intelligence techniques. Methods, such as fuzzy logic [18], mixed-integer linear programming [28], process planning optimization [32], dynamic programming [33], and simulated annealing [34], are utilized.…”

Section: Literature Review Of Aircraft Disposal and Recycle Analysismentioning

confidence: 99%

Disposal and Recycle Economic Assessment for Aircraft and Engine End of Life Solution Evaluation

2020

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“…147 (C), 614-623.  Bouzarour-Amokrane, Y., Tchangani, A., Peres, F., 2015. Decision evaluation process in end-of-life systems management.…”

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confidence: 99%

“…As a customer of an EPS, a manufacturer faces tremendous challenges in designing the processing system and selecting the appropriate technologies. While many decision-support frameworks have been proposed in the literature (e.g., Tan, et al 2006;De Felice and Petrillo 2014;Bouzarour-Amokrane, et al 2015), only a few studies have provided systematic models that consider intangible factors such as the customer's judgment of decision criteria.…”

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confidence: 99%

Investment performance analysis of industrial products: Case of an effluent processing facility at a chemical company

Sato

Tan

Tse

2017

International Journal of Production Economics

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This paper proposes an approach to a multi-criteria investment performance analysis of industrial products. Manufacturers must determine the necessary and sufficient specification of products they use. Such an analysis, however, involves a broad range of factors, including some that are subjective. The performance analysis and decision making for investment thus must often rely heavily on past experience, generalities, and intuition. This paper addresses these issues from a benefit, opportunity, cost and risk (BOCR) perspective, in which the criteria are prioritized and the products are evaluated objectively. Pairwise comparisons among the criteria and quantitative assessments of the performance of products comprise a prioritized BOCR analysis. A case study demonstrating the applicability of the proposed approach is conducted at a chemical company. Results show that the proposed approach succeeds in the multi-criteria performance analysis of industrial products, resulting in a practical proposal of a product specification best suited to this company's case.

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“…The twelfth paper, "Decision Evaluation Process in End-Of-Life Systems Management" [13] by Yasmina Bouzarour-Amokranea, Ayeley Tchangani and Francois Peres, considers dismantling site location problem as multi-criteria/multi-objectives decision making problem and solves it using an AHP-BOCR (Analytic Hierarchy Process -Benefits, Opportunities, Costs, and Risks) approach based on qualitative and quantitative evaluations. A bipolar structuring framework is considered to distinguish positive and negative aspects in the elicitation/evaluation process to avoid compensation and satisficing game theory is used as suitable mathematical tool for recommendation process.…”

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confidence: 99%