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Investigating sailing styles and boat set-up on the performance of a hydrofoiling Moth dinghy

机译:调查帆船风格和船上的船舶曲线蛾的性能

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摘要

The adoption of hydrofoils in the International Moth class of dinghy has posed new challenges to sailors both in terms of the set-up of the boat and hydrofoils, and their sailing techniques and styles. The experience of sailors in the class indicates that the height above the water surface at which the boat is flown (ride height) and the amount of windward heel (heel angle) are critical factors affecting performance, particularly in upwind sailing. The fore-aft position of the helm affects the stability of the craft and, in conjunction with the aft foil settings, alters the pitch orientation of the craft and offers potential for significant gains in performance. A four degree of freedom velocity prediction programme (VPP) with the capability to investigate these factors is presented and used to demonstrate how the fore-aft position of the helm and the aft foil may be used in conjunction to maximise speed.
机译:在船用和水翼制造的方面,国际蛾类班级中的水翼队的采用对水手带来了新的挑战,以及他们的帆船技术和帆船技术。该类中的水手的经验表明,船飞(乘坐高度)的水表上方的高度和挡风板(脚跟角)的量是影响性能的关键因素,特别是在挤压帆船中。 Helm的前后位置影响了工艺的稳定性,并且与船尾设置结合,改变了工艺的俯仰方向,并提供了显着提升的性能。提出了四个自由速度预测程序(VPP),其具有研究这些因素的能力,并用于演示如何结合速度和后箔的前后位置如何最大化速度。

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