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The effect of ship shape and anemometer location on wind speed measurements obtained from ships

机译:船形和风速计位置对船舶风速测量的影响

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摘要

Wind speed measurements obtained from ship-mounted anemometers are biased by the distortion of the airflow around the ship's hull and superstructure. These wind speed measurements are used both in numerical weather prediction and in climate studies and need to be known as accurately as possible. This paper presents results from threedimensional CFD studies of the mean airflow over various research ships and a generic tanker/bulk. It will be shown that the bias in the wind speed measurements is highly dependent upon anemometer position and ship shape. CFD results are compared to in situ wind speed measurementsmade from a number of anemometers above the bridge of the RRS Charles Darwin.
机译:从船上安装的风速计获得的风速测量值会受到船体和上层建筑周围气流变形的影响。这些风速测量既用于数值天气预报,也用于气候研究,需要尽可能准确地知道。本文介绍了三维CFD研究的结果,这些研究涉及各种研究船和普通油轮/散货的平均气流。将显示,风速测量中的偏差高度取决于风速表的位置和船形。将CFD结果与RRS查尔斯·达尔文桥上方多个风速计进行的原位风速测量进行了比较。

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