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The implications of an all electric ship approach on the configuration of a warship

机译:所有电气船舶方法对军舰配置的影响

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It has been stated that one of the advantages of an all electric approach to prime power generation and distribution on a frigate is that it 'frees the ship designer from the tyranny of the shaft'. While there has been considerable effort devoted to the Marine engineering system concerns in producing the All Electric Ship, there has not been a commensurate level of investigation into the ship design implications. The paper presents a series of studies using the SURFCON graphically centred preliminary computer aided ship design tool, based on the Design Building Block approach which originated in the Ship Design Research team at UCL. This tool is incorporated in the Graphics Research Corporation Ltd PARAMARINE CASD suite and thus enables graphically descriptive and naval architecturally balanced ship designs to be produced. Explorations have been undertaken, for a mono-hull frigate concept design on how an advanced electric machinery fit could be configured to provide a more effective and survivable overall ship design.
机译:已经指出,所有电力发电和在护卫舰上分配的所有电力发电和分配的优势之一是它是它从轴的暴政中释放船舶设计师。虽然有很大的努力致力于生产所有电船的海洋工程系统担忧,但尚未对船舶设计影响的调查程度不一致。本文介绍了一系列研究,采用SURFCON以图形为中心的初步计算机辅助船舶设计工具,基于UCL船舶设计研究团队的设计构建块方法。该工具纳入了Graphics Shearch Corporation Ltd Paramarine Casd Suite,因此可以生产图形描述性和海军架构平衡的船舶设计。对于如何配置先进的电机装配,可以将探索进行探索,用于如何配置先进的电机拟合,以提供更有效和可生存的整体船舶设计。

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