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CRP Azipod? Propulsion Concept -An Advanced Cost-Effective Solution

机译：CRP Azipod？推进概念-一种先进的具有成本效益的解决方案

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摘要

In this paper, propulsion system dimensioning and operational benefits of the CRPrnAzipod~? propulsion system are presented. System dimensioning is based on the datarnreceived from model tests conducted at the Samsung Ship Model Basin in South Korea.rnThe CRP Azipod~? propulsion system was shown to have the best hydrodynamic as well asrntotal propulsion efficiency when CRP, twin-screw twin-skeg and single-screw systemsrnwere compared in model tests. As an example, dimensioning of the CRP Azipod~? systemrnfor ULCS is presented in detail and differences compared to other propulsion systems arernconsidered. Finally, an operation cost comparison between CRP Azipod~? and twin-screwrntwin-skeg system for 12000 TEU ULCSs is presented. The CRP Azipod~? system is clearlyrnthe most efficient propulsion system when operation costs are considered.
机译：在本文中，CRPrnAzipod〜？的推进系统尺寸和运行优势推进系统。系统尺寸的确定是基于在韩国三星船舶模型盆地进行的模型测试所获得的数据。当在模型试验中比较CRP，双螺杆双螺杆和单螺杆系统时，表明该推进系统具有最佳的水动力和总推进效率。例如，确定CRP Azipod的尺寸？详细介绍了ULCS系统，并考虑了与其他推进系统的区别。最后，比较CRP Azipod〜？的运行成本。提出了用于12000 TEU ULCS的双螺旋双扇系统。 CRP Azipod〜？考虑到运营成本，该系统显然是最有效的推进系统。

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