首页> 外文会议>IMEKO symposium on laser metrology for precision measurement and inspection in industry >Digital Speckle Pattern Interferometry in Biomechanics: In Situ Inverse Analysis on Birds Beaks to Obtain Elastic Modulus of the Bony Core and the Keratin Layer
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Digital Speckle Pattern Interferometry in Biomechanics: In Situ Inverse Analysis on Birds Beaks to Obtain Elastic Modulus of the Bony Core and the Keratin Layer

机译:生物力学中的数字斑点模式干涉测量:原位对鸟类喙的反向分析,以获得骨芯和角蛋白层的弹性模量

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摘要

The beak of finches is a very important example in evolution theory, and yet not fully understood. Furthermore, it is also fascinating from a mechanical point of view. In this paper we will use digital speckle pattern interferometry to obtain the displacement of the upper beak while loaded. Next, a finite element model is used in an inverse analysis, resulting in the modulus of the bony core and the keratin layer of this complex sample.
机译:芬哲的喙是演变理论的一个非常重要的例子,但尚未完全明白。此外,它也从机械的角度迷人。在本文中,我们将使用数字散斑图案干涉测量法在装载时获得上喙的位移。接下来,在逆分析中使用有限元模型,从而导致骨芯的模量和该复合物样品的角蛋白层。

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