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MOD SPONSORED RESEARCH INTO THEATRE ENABLERS IN THE MARITIME ENVIRONMENT

机译:Mod赞助了在海事环境中的剧院推动者的研究

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Expeditionary warfare is dependent on efficient maritime logistic support which itself relies upon theatre enablers. The UK Ministry of Defence (MOD) sponsors research to ensure the effective use of logistics assets to maintain operational tempo. This paper summarises recent research in a number of areas: 1) The military effect of forward repair. With defence funding limited why does UK MOD need to invest in a forward repair capability? 2) The pros and cons of combining capabilities into platforms. On a similar theme, can MOD save money by building fewer hulls housing multiple capabilities/roles? Is this (a) technologically feasible and (b) militarily sensible? This will focus on forward repair, casualty treatment, aviation training and replenishment. 3) Ship to Ship Interface. MOD research is embryonic in this area and has thus far concentrated on developing a modelling tool to gauge the loads on an interface when 2 ships of disparate sizes need to transfer loads (in particular vehicles). 4) The benefits of, and technologies to enable, localised wave reduction. To enable strategic offload through austere ports, or more challengingly over a beach, the UK relies on watercraft. The loading of these watercraft is highly sea state dependent. If technology can reduce sea state locally then there is a resultant increase in tempo and the chance of enabling offload for a greater proportion of the time. Looking wider, then the technology may even reduce the reliance on docks in amphibious platforms - a significant cost and space driver.
机译:远征作战取决于其本身依赖于影院促成有效的海上后勤支援。国防部英国国防部(MOD)赞助的研究,以确保有效利用物流资产的维护操作节奏。 1)前修复的军事影响:本文在许多领域总结了最近的研究。随着国防供资的限制,为什么英国国防部需要投资于正向修复能力? 2)优点和能力相结合成平台利弊。在一个相似的主题,可以MOD省钱通过建造船体少容纳多个功能/角色?这是(一)技术上是可行的和(b)军事理性呢?这将侧重于正向修复,伤者治疗,航空培训和补充。 3)船与船接口。 MOD研究是在这方面的胚胎和迄今集中于开发建模工具来衡量一个接口上的负载时的船舶2不同尺寸的需要传输负载(特别是车辆)。 4)的技术的好处,并使,局部波减少。要通过严厉的端口支持战略性卸载,或更多挑战性在海滩,英国依靠船只。这些船舶的装载高度海况而定。如果技术可以局部地减少海州再有就是节奏所得的增加,使卸载的时间比例更大的机会。展望更宽,则该技术甚至可以减少两栖平台上码头的依赖 - 一个显著成本和空间的驱动程序。

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