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ALLIED MARITIME FORCES TRANSFORMATION: TOWARDS A DEFENCE PLANNING PROCESS THAT INCLUDES ADAPTABLE WARSHIPS

机译:海上力量的联合转型:迈向包括自适应作战在内的防御计划过程

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Warships have long service lives. During the life of a warship the types of operations that will be assigned to the ship will change (this happened for example at the end of the Cold War), the technology behind the installed systems will advance (e.g., radar performance and miniaturisation) and new technologies will emerge. New technologies are likely to require changes in the way operations are presently conducted (e.g., off-board systems for conducting mine countermeasures operations) and can deliver new operational capabilities to the ship (e.g., directed-energy weapon systems). For these reasons, warships can only maintain maximum operational relevance through-life if their operational capabilities can be augmented and adapted to meet changing user requirements. NATO nations and partners, and also their peer competitors, are designing and building more adaptable warships. A common characteristic of these ships is that mission essential systems can be added to and removed from the ship in a relatively short time period. Warship roles can thus be reconfigured. The future of this trend is transforming the NATO defence planning process so that the future structure of the allied maritime forces will include an appropriate mix of adaptable warships and up-to-date mission packages that can respond to constantly changing operational tasking. The naval architect is already aware that traditional warship design features must be re-worked to accommodate modular, in addition to—or even to replace—organic systems. This paper considers the transformation from the engineering and management of mission packages, their deployment and integration into new warship designs towards a new maritime defence planning philosophy and process.
机译:军舰使用寿命长。在军舰生命期间,将分配给舰船的操作类型将发生变化(例如在冷战结束时发生),已安装系统背后的技术将不断发展(例如,雷达性能和小型化),以及新技术将会出现。新技术很可能需要改变目前的操作方式(例如,进行地雷对策操作的船外系统),并且可以向船舶提供新的操作能力(例如,定向能武器系统)。由于这些原因,军舰只有在可以提高其作战能力并适应不断变化的用户需求的情况下,才能在整个生命周期内保持最大的作战相关性。北约国家和伙伴,以及它们的同等竞争对手,正在设计和建造更具适应性的军舰。这些船的一个共同特征是,可以在相对较短的时间内将重要任务系统添加到船上或从船上卸下。军舰角色因此可以重新配置。这种趋势的未来正在改变北约的防御计划过程,以便盟军海上部队的未来结构将包括适当组合的适应性军舰和可以响应不断变化的作战任务的最新任务包。海军建筑师已经意识到,除了甚至取代有机系统以外,还必须对传统的军舰设计功能进行重新设计以适应模块化。本文考虑了从任务包的工程和管理,它们的部署和集成到新的军舰设计到新的海上防御计划理念和过程的转变。

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