莱茵河下游水上排兵可行性研究

IF 2.1 4区 工程技术 Q3 TRANSPORTATION
A. Colling, R. Hekkenberg, E. V. Hassel
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引用次数: 4

摘要

为了实现向水上运输的模式转变,并解决船员短缺的问题,为内陆航运部门探索了一种称为“船舶列车”的队列概念。船队由一艘领头船和各种跟随船组成。领头的舰艇配备了全部人员,并接管了后续舰艇的导航和态势感知责任。这种领先的行动通过提高船只的生产力和节省船员成本而使追随者受益。本文通过提出一个比较船舶列车条件和当前航行条件的成本模型,研究了莱茵河下游地区这一概念的可行性。该模型用于评估安特卫普和杜伊斯堡之间班轮服务的主要船只的案例研究。确定了概念早期应用和完全成熟实施的经济可行案例,并给出了边界条件。可行条件取决于船舶类型和参考船舶的操作制度。一个完全成熟的VT实现至少需要26个参与者,而早期阶段的实现需要40个参与者。早期的实施还包括在VT中航行至少200公里,并且在VT中航行的距离必须至少占整个行程的50%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Viability Study of Waterborne Platooning on the Lower Rhine
To achieve a modal shift towards waterborne transport and to deal with the shortage of crewmembers, a platooning concept called the “Vessel Train” is explored for the inland navigation sector. A Vessel Train consists of a lead and various follower vessels. The lead vessel is fully manned and takes over the navigational and situational awareness responsibilities for the follower vessels. This leading action benefits the followers through increasing the vessels’ productivity and enabling crew cost savings. This article investigates the viability of the concept for the lower Rhine region, by presenting a cost model that compares the Vessel Train conditions to the current sailing conditions. This model is used to assess a case study where lead vessels operate on a liner service between Antwerp and Duisburg. Economically viable cases for the concepts’ early-stage application and fully matured implementation are identified, and boundary conditions are presented. The viable conditions vary depending on the vessel type and the operating regime of the reference vessel. A fully matured VT implementation requires a minimum of 26 participants, whereas an early-stage implementation requires 40 participants. The early-stage implementation additionally includes a minimum distance of 200 km to be spent sailing in the VT and the distance sailed in the VT has to amount to a minimum of 50% of the entire trip.
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来源期刊
CiteScore
3.80
自引率
0.00%
发文量
0
审稿时长
30 weeks
期刊介绍: The European Journal of Transport and Infrastructure Research (EJTIR) is a peer-reviewed scholarly journal, freely accessible through the internet. EJTIR aims to present the results of high-quality scientific research to a readership of academics, practitioners and policy-makers. It is our ambition to be the journal of choice in the field of transport and infrastructure both for readers and authors. To achieve this ambition, EJTIR distinguishes itself from other journals in its field, both through its scope and the way it is published.
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