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arXiv 0710.0195physics.gen-phphysics.ao-phphysics.soc-ph
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用低成本纺织品风暴潮屏障保护纽约市城市结构

Protection of New York City Urban Fabric With Low-Cost Textile Storm Surge Barriers

Alexander Bolonkin, Richard Cathcart

摘要:

位于多个地点的纺织品风暴潮屏障实际上是世界著名的城市结构的延伸-这是城市对当地自然的统治的另一种表现。纺织品风暴浪涌屏障(TSSB)旨在保护城市免受北大西洋飓风的影响,这些飓风会导致海浪影响人口密集和高价值的房地产,引发灾难性的,可能是长期的基础设施和金钱损失。复杂的TSSB安装宏观项目规划是哈德逊河和其他河流的存在,几个小的潮汐海峡,未来的气候变化和其他因素。我们的结论是,TSSB装置均质建筑材料制成的是值得研究的,因为它们可能是更便宜的建设,更容易更换后,任何故障,比混凝土和钢风暴潮屏障,这也是由均质材料。我们认为,最好的宏观项目成果将在21世纪初以完美的宏观工程规划方式和最佳的需求时间发展,其中包括纽约和新泽西港务局。TSSB技术比战时港口反潜/反鱼雷钢网和岩石丘吉尔屏障更有实际意义。

英文摘要:

Textile storm surge barriers, sited at multiple locations, are literally extensions of the city world famous urban fabric - another manifestation of the dominance of the City over local Nature. Textile Storm Surge Barriers (TSSB) are intended to preserve the City from North Atlantic Ocean hurricanes that cause sea waves impacting the densely populated and high-value real estate, instigating catastrophic, and possibly long-term, infrastructure and monetary losses. Complicating TSSB installation macroproject planning is the presence of the Hudson and other rivers, several small tidal straits, future climate change and other factors. We conclude that TSSB installations made of homogeneous construction materials are worthwhile investigating because they may be less expensive to build, and more easily replaced following any failure, than concrete and steel storm surge barriers, which are also made of homogeneous materials. We suppose the best macroproject outcome will develop in the perfect Macro-engineering planning way and at the optimum time-of-need during the very early 21st Century by, among other groups, the Port Authority of New York and New Jersey. TSSB technology is a practical advance over wartime harbor anti-submarine/anti-torpedo steel nets and rocky Churchill Barriers.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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