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The Effect of the Costal Vein Configuration of the Wings of a Dragonfly

机译:蜻蜓翅膀的肋静脉配置的效果

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In generally, it is known that structures of living thing are optimized. The wings of a dragonfly are thin and light. Although it is having the structure of bearing the load produced in the case of an advanced flight such as "Flapping flight", "Glide", and "Hovering". The wings of a dragonfly are made by veins and membranes. In addition, the wings of a dragonfly have some characteristic structures, such as "Nodus". Thus, the wings of dragonfly have many complicated structures. The configuration of costal vein of the wings is different from them of other insects. So, we paid attention to the configuration of costal vein of the wings. Therefore, in this study, we researched about the effect of costal vein. As a result, it was showed that the configuration of costal vein became bending and torsional deformation small. In addition, it was showed that the configuration of costal vein related to nodus. In this study, several 3-D models of the dragonfly's wing were made and calculated by the 3-D finite element method.
机译:通常,已知生物的结构被优化。蜻蜓的翅膀薄而浅。尽管它具有轴承的结构,但是在高级飞行中产生的负载,例如“扑扑飞行”,“滑行”和“悬停”。蜻蜓的翅膀由脉和膜制成。此外,蜻蜓的翅膀具有一些特征结构,例如“末端”。因此,蜻蜓的翅膀有许多复杂的结构。翅膀的肋静脉的配置与其他昆虫不同。因此,我们注意了翅膀的肋静脉的配置。因此,在本研究中,我们研究了肋静脉的影响。结果,据表明,肋静脉的构造变得弯曲和扭转变形小。此外,结果表明,与末骨有关的肋静脉的配置。在这项研究中,通过3-D有限元方法进行了几种三维蜻蜓翼的模型。

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