卵形体的几何形状:禽蛋和类似的不对称形状

Pub Date : 2023-03-30 DOI:10.7546/jgsp-65-2023-67-91
C. Mladenova, I. Mladenov
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引用次数: 0

摘要

尽管人们长期以来对鸡蛋的形状感兴趣,但现代文献中可用的参数描述仅通过纯粹的经验公式给出,与它们的可测量参数没有任何明确的关系。在这里,我们介绍了基于英仙座和卡西尼亚椭圆的蛋的几何模型,这些模型自古以来就为人所知,但同时也没有它们的分析参数化。最近发现了这样的蛋,目前的工作是基于使用spirics或Cassinian作为蛋形状的几何模型的想法。根据第一性原理导出了新的禽蛋体积、表面积和曲率的显式公式,并与现有的实验数据进行了比较。
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Geometry of the Ovoids: Avian Eggs and Similar Asymmetric Forms
Despite the longstanding interest in the shapes of the eggs the available parametric descriptions in the modern literature are given only via purely empirical formulas without any clear relationships with their measurable parameters. Here we present geometrical models of the eggs based on Perseus spirics and Cassinian ovals which were known since the ancient time but their analytical parameterization was also absent in the meantime. Such ones have been found recently and the present work is based on the idea to use spirics or Cassinians as geometrical models of the eggs shapes. New explicit formulas for the volumes, surface areas and the curvatures of the avian eggs have been derived from the first principles and these have been compared with the available experimental data.
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