从水动力学角度回顾英国内河运输

IF 1.7 Q3 URBAN STUDIES
Momchil Terziev, Jonathan Mosse, R. Norman, K. Pazouki, R. Lord, T. Tezdogan, C. Thompson, D. Konovessis, A. Incecik
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引用次数: 1

摘要

英国大约有7000英里的内陆水道,其中许多建于18世纪和19世纪,主要用于运输散装材料。这些水道为社会和经济带来了许多好处。然而,与其他运输方式相比,它们在货运方面具有未开发的潜力,可以释放出来,提供更有效的解决方案。除了提供减少陆地或空中运输排放的解决方案外,内河航道还为当地社区带来环境和公共卫生方面的好处。因此,这些蓝绿空间应该在政府和地方当局的规划中发挥核心作用。本文从水动力学的角度探讨了阻碍内河运输充分利用的一些问题。具体而言,本文详细回顾和讨论了支撑船舶操作的概念和思想。它展示了水动力学概念如何为公共政策提供信息,以最大限度地提高内陆水道运输的效率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Review of UK Inland Waterways Transportation From the Hydrodynamics Point of View
There are approximately 7,000 miles of inland waterways in the UK, many of them built during the 18th and 19th centuries principally to transport bulk materials. These waterways provide numerous benefits to society and the economy. However, they have untapped potential for freight transport which could be released to provide more efficient solutions compared to other modes of transport. In addition to providing solutions to reduce emissions from land or air transportation, inland waterways also bring environmental and public health benefits to local communities. Therefore, these blue-green spaces should play a central role in government and local authority planning. This article explores some of the issues which prevent full use of inland waterways transportation from being achieved from the hydrodynamics point of view. Specifically, the concepts and ideas underpinning vessel operation are reviewed and discussed in detail in this article. It is shown how hydrodynamic concepts can inform public policy to maximise the efficiency of transportation from inland waterways.
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来源期刊
Urban Planning
Urban Planning URBAN STUDIES-
CiteScore
3.60
自引率
5.60%
发文量
124
审稿时长
12 weeks
期刊介绍: Urban Planning is a new international peer-reviewed open access journal of urban studies aimed at advancing understandings and ideas of humankind’s habitats – villages, towns, cities, megacities – in order to promote progress and quality of life. The journal brings urban science and urban planning together with other cross-disciplinary fields such as sociology, ecology, psychology, technology, politics, philosophy, geography, environmental science, economics, maths and computer science, to understand processes influencing urban forms and structures, their relations with environment and life quality, with the final aim to identify patterns towards progress and quality of life.
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