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外军军用码头防冲设备发展现状与启示 被引量:1

Present Development of the Fender System of Ports of Foreign Armies
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摘要 介绍了码头防冲设备的概念和作用,阐述了军用码头防冲设备应具备的吸能容量大、缓冲性能好、环境适应性好、易于维修等五项性能,介绍了外军现今应用的军用码头防冲设备的主要类型:如防冲桩、橡胶护舷、浮动式防冲设备等,指出了其构成材料新、组合性能好等结构方面的特点,得出了加强我军码头防冲设备保障能力建设的启示,如模拟分析战场环境、利用和改造民用防冲设备、研究适合特殊类型军舰的防冲设备等。 The definition and functions of the fender system of ports are introduced in this paper, with the performance requirements of the fender system described, such as being sufficient in energy-absorption, appropriate in reaction force, fine in adaptability and easy in maintenance. The main types of the fender systems of ports used by foreign armies are also discussed in detail, such as the pile fender system, rubber fenders, floating camel and so on, with the structural characteristics of the fender systems of ports used by foreign armies introduced, such as being diverse in new materials and fine in combining performance. Finally, presented arc the several points of the enlightenment about how to strengthen the support capability of our fender systems of ports, such as simulating and analyzing the war environmental circumstances, making use of civil fender systems and researching into special fender systems for special warships.
出处 《国防交通工程与技术》 2010年第2期4-7,44,共5页 Traffic Engineering and Technology for National Defence
关键词 军用码头防冲设备 性能要求 主要类型 保障能力 fender systems of military ports performance requirement main types support capability
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参考文献8

  • 1陈兆仁.水路军事运输[M].北京:解放军出版社,2005:40-160.
  • 2Seigi Yamase,Shigeru Ueda. Reliability of design methods of fender systems for very large container vessels [C]//Seventeenth International Offshore and Offshore and Polar Engineering Conference Proceedings. Lisbon: ISOPE, 2007 : 45-47.
  • 3P. Krishnankutty, K. S. Varyani. Force on the mooring line of a ship due to the hydrodynamic interaction effects of a passing ship[J]. International Ship Building Progress,2004(51) :33-57.
  • 4Department of USA Defense. TM 5-850-115 Engineering and design of military ports. USA: Department of Defense, 2004: 65-96.
  • 5Iaminated rubber fenders[EB/OL]. [2007-07-09]. http:// www. maritime international, com/fender systems, php.
  • 6Neser Goekdeniz, Uensaian Deniz. Dynamics of ships and fenders during berthing in a time domain[J]. Ocean Engineering, 2006 (33) : 14-15.
  • 7Sakakibara Shigeki, Kubo Masayoshi. Effect of mooring system on moored ship motions and harbour tranquility [J]. International Journal of Ocean Systems Management,2008(1) :84-99.
  • 8V Paulauskas, D Paulauskas, J Wijffels. Ship safety in open ports[J]. Transport,2009(24) :113-120.

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