环境条件影响下速度试验结果的再分析

Shukui Liu, C. Koh, L. Nikolopoulos, B. Shang, A. Papanikolaou, E. Boulougouris
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引用次数: 0

摘要

船舶的速度/动力性能现在不仅是合同要求,而且是法定要求。因此,了解舰艇的真实速度/动力性能是必要的,在交付前通过海试进行验证。目前,国际海事组织(IMO)的相关指南包括与船舶能效设计指数(EEDI)计算相关的船舶速度/动力性能验证的两种替代方案,即ITTC推荐程序7.5-04-01-01 - 1.1速度和动力试验:2017和ISO 15016:2015程序,同时注意到ITTC最近修订了其推荐程序,ISO 15016也在进行中。在本文中,我们将重新分析在不同条件下测试的一系列油轮姐妹船的海试结果,通过应用新更新的ITTC程序来评估船舶的实际速度-功率性能。特别研究了在海试结果分析中采用替代方法的影响以及环境条件对实现航速性能的影响。这些结果对于航运业的许多利益相关者来说非常重要,特别是对于开发符合EEDI标准的新船舶的设计师,对于根据EEDI/EEXI的实施时间框架规划新建筑和翻新设备的造船商和航运公司来说。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Re-Analysis of the Speed Trial Results for the Effect of Environmental Conditions
The speed/power performance of a ship is nowadays not only a contractual, but also a statutory requirement. Thus, it is essential to know the true speed/power performance of the ship, as verified by conducting sea trials before the delivery. Presently, relevant guidelines of the International Maritime Organisation (IMO) include two alternatives for the verification of the speed/power performance of a ship in relation to the calculation of a ship’s Energy Efficiency Design Index (EEDI), namely, the ITTC Recommended Procedure 7.5-04-01-01.1 Speed and Power Trials: 2017 and the ISO 15016:2015 procedure, while noting that ITTC recently revised its recommended procedure and the same is underway for the ISO 15016. In this paper, we will re-analyze the sea trial results of a series of tanker sisterships tested under different conditions, by applying the newly updated ITTC procedure to assess the actual speed-power performance of the ships. In particular, the influence of applying alternative methods in analyzing the sea trial results and the effect of environmental conditions on the achieved speed performance are investigated. The results are very important for many stakeholders of the maritime industry, especially for designers in developing new EEDI compliant ships, for shipbuilders and for shipping companies in planning their new buildings and retro-fittings in view of the implementation time frame of EEDI/EEXI.
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