首页> 外文期刊>Journal of the Siena Academy of Sciences >THE HUMAN RACHIS: CAN IT BE CONSIDERED A SHOCK ABSORBER (THAT WAS PRODUCED BY EXAPTATION) RATHER THAN A COLUMN?
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THE HUMAN RACHIS: CAN IT BE CONSIDERED A SHOCK ABSORBER (THAT WAS PRODUCED BY EXAPTATION) RATHER THAN A COLUMN?

机译:人际关系:是否可以认为是比列高的震荡吸收器(通过检查产生)?

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Our paper is focused on two fundamental points: the first one is a terminological proposal and the second one is a question. Obviously these two things are strictly related one another. The terminological proposal is aimed to name “vertebral shock absorber” the human rachis (globally considered, when it is in physiological conditions) in its most typical function: to sustain static/dynamic stresses, that moreover are directed according to its axial direction, obviously when this coincides with gravitational line. This aspects can be studied by modal analysis and by the model of Eigenvectors and Eigenvalues. According to our opinion, the mechanical feature must be considered as prevalent if compared with the structural one. Following it human rachis is usually named “column”. This mechanic sustain is distributed on three lines that are summarily parallel and are linked one another (by isthmuses and vertebral arches to build an horizontal ring) so they can be considered a unique compact viscous-elastic system. Each one of these three vertical sub-structure is built as a stacking of metameric elements (modules) along a continuous line.
机译:我们的论文集中在两个基本点上:第一个是术语建议,第二个是问题。显然,这两件事彼此之间是严格相关的。该术语提案旨在将“脊椎减震器”命名为人类脊椎(在全球处于生理状态时,其最典型的功能):维持静态/动态应力,此外,还应根据其轴向定向。当这与引力线重合时。这方面可以通过模态分析以及特征向量和特征值模型来研究。根据我们的观点,如果将机械特征与结构特征进行比较,则必须将其视为普遍特征。继其之后,人类拉奇人通常被称为“列”。这种机械支撑分布在三条大致平行的线上,并且彼此相连(通过峡部和椎弓形成水平环),因此可以认为它们是独特的紧凑型粘弹性系统。这三个垂直子结构中的每一个都构建为沿连续线堆叠的同分异构元素(模块)。

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