Using The Ternary Closed-loop Model to Research on pterosaurs' flight capability

Maida Wang, Zhong-xiang Zhang
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Abstract

In this article, through the pterosaurs Flying Model and The Plotting of The Growth Curve and The Ternary Closed - loop Model to verify The ancient pterosaurs and The rationality of The ability to fly, and when using The albatross flight mode pterosaurs can reach maximum wingspan and weight. In the flight model, we simplified the relationship between flight flapping and energy to obtain the energy consumption of flight. In The Ternary Closed loop Model, we considered The energy acquisition in The modern sense and finally calculated and obtained the maximum territory for pterosaurs. The largest territory also verified that pterosaurs had enough food to obtain energy. And according to the relationship among territory, energy consumption and body weight, we can use any two parameters to figure out the other parameter.
利用三元闭环模型研究翼龙的飞行能力
本文通过翼龙飞行模型和生长曲线的绘制以及三元闭环模型来验证古代翼龙飞行能力的合理性,以及在采用信天翁飞行模式时翼龙能够达到的最大翼展和重量。在飞行模型中,我们简化了飞行扑翼与能量的关系,得到了飞行的能量消耗。在三元闭环模型中,我们考虑了现代意义上的能量获取,最终计算得到了翼龙的最大领地。最大的领地也证实了翼龙有足够的食物来获取能量。根据领土、能量消耗和体重之间的关系,我们可以用任意两个参数求出另一个参数。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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