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The Case of the Roman Transom Bow

机译:罗马横梁弓的案例

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The discovery of a Roman boat with a transom end during the construction of a Metro line in Naples has reopened the discussion about whether this end is the bow or the stern of the boat. This issue was debated through the twentieth century and still continues today. Discussion so far has mainly been focused on the analysis of iconography representing this type of boat. This article reassesses the subject by applying two separate approaches. The first approach reviews the iconography examined in previous studies and supplements it with other images that may help to give a correct interpretation of the classical images. The second approach takes into consideration the engineering specifications that bows and sterns must satisfy in order to fulfil their functions. This approach has given the author the opportunity to perform some hydrostatic calculations concerning the boat discovered in Naples. The aim of these calculations has been to verify under which conditions the transom end would have kept above the surface of the sea. The results of these calculations show that under all conditions the transom end would have had a very reduced clearance and that with increased loading this would have been reduced to zero, making the transom end plough into the sea. These results contradict the hypothesis that the Roman transom end was the bow and strongly support the conclusion that the transom end was the stern.
机译:在那不勒斯建造地铁生产期间,在横梁期间发现罗马船的发现重新打开了关于这一目的是船头还是船尾的讨论。这个问题是在二十世纪辩论,今天仍在继续。到目前为止讨论主要集中在分析代表这种类型的船只的图标。本文通过应用两个单独的方法重新分析主题。第一种方法评论以前的研究中检查的Iconographic,并使用其他可能有助于提供对古典图像的正确解释的其他图像进行补充。第二种方法考虑了弓箭和船尾必须满足的工程规范,以满足其功能。这种方法给了作者有机会在那不勒斯发现的船上进行一些静水计算。这些计算的目的是验证横梁末端是否将保持在海面表面上方的条件下。这些计算结果表明,在所有条件下,横梁的间隙具有非常降低的间隙,并且随着负载增加,这将减少到零,使横梁端犁进入大海。这些结果与罗马横梁结束是弓的假设相矛盾,强烈支持横梁末端是船尾的结论。

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