球形模糊环境下船舶主机选型的综合决策方法

Üstün Atak , Umut Aydın , Akın Menekşe
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引用次数: 2

摘要

海运是全球贸易中成本更低、更安全、更环保的关键解决方案。商船的载货能力使其能够以较低的运输成本运载大量的货物。另一方面,由于油价和环境问题,利益相关者的目标是降低燃料成本。减少消耗的一种方法是慢速航行。另一种方法是使用替代燃料,如果船舶有合适的主机规格。在此范围内,本研究旨在利用模糊AHP TOPSIS方法确定商船可能的替代发动机选择。结果表明,专家组从环境影响、安全性、经济性和船上适用性等方面综合考虑,选择了船用电动发动机方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An integrated decision-making approach under spherical fuzzy environment for selection of vessel main engines

Maritime transportation is the key element for global trade in the scope of cheaper, safer, and eco-friendly solutions. The capacity of a merchant vessel allows to carry vast number of cargoes with lower transportation costs. On the other hand, stakeholders aim to reduce fuel costs due to oil prices and environmental issues. One way to reduce consumptions is to sail with slow steaming. The other way is to use alternative fuels if vessels have suitable main engine specifications. In this scope, this study aims to determine possible alternative engine selection using fuzzy AHP TOPSIS method for a merchant vessel. The results showed that electric marine engine option was selected by expert group in the view of environmental impact, safety, economic, and applicability on board topics.

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CiteScore
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