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Floatability and stability of floating dock-docked ship system

机译:浮船坞式船舶系统的漂浮性和稳定性

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An analysis of floatability and stability of the floating dock- docked ship system is the subject of this paper. These properties are considered for a cubicoid box dock whose dimensions are close (almost identical) to those of SINE 212 CD dock designed by SINUS design office. The analysis is first of all aimed at determination of the above mentioned hydromechanical properties in the light of the relevant requirements of PRS dealing with minimum freeboard of the dock and its initial metacentric height. It has been concluded that the analyzed dock reveals the designed docking capability which is not constrained by the PRS requirements though the dock in question is fitted with the roofing unfavourable for dock stability. It has been shown that assessing the tranverse stability of the dock as well as of docked ship (floating object) by means of a stability factor instead of metacentric height, is reasonable. The work was performed within the frame of EUREKA - E! 2968 ECOLOGICAL DOCK research project.
机译:本文的主题是浮船坞码头系统的可浮性和稳定性分析。对于尺寸接近(几乎相同)SINUS设计办公室设计的SINE 212 CD基座的立方形箱形基座,应考虑这些属性。该分析首先旨在根据PRS的相关要求确定上述液压机械特性,该要求涉及码头的最小干舷及其初始偏心高度。已经得出的结论是,尽管所讨论的坞站安装了不利于坞站稳定性的屋面,但所分析的坞站显示出设计的坞站能力不受PRS要求的限制。已经表明,通过稳定系数而不是亚中心高度来评估码头以及对接船舶(浮动物体)的横向稳定性是合理的。该工作在EUREKA-E!的框架内完成。 2968生态码头研究项目。

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