A cervical spine model to predict vertebral stresses in high acceleration

机译：颈椎模型预测高加速度的椎体应力

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A cervical spine model was developed to investigate the stresses in each vertebra when subjected to high G-z and G-y accelerations. The experimental data used were collected from the biodynamic responses of human volunteers. The model accounts for the biodynamic viscoelastic characteristics of the neck. The results indicated that high stress occurred in C2 and C4 for G-z acceleration cases, while for G-y the high stresses were at C1 and C7.

机译：开发了宫颈脊柱模型以在经过高G-Z和G-Y加速时研究每个椎骨中的应力。所使用的实验数据是从人类志愿者的生物动力学反应中收集的。该模型占颈部的生物动力学粘弹性特性。结果表明，对于G-Z加速例，C2和C4的高应力发生，而G-Y的高应力是C1和C7。

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《ASME International Mechanical Engineering Congress and Exposition》|1997年||共2页
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Ali M. Sadegh; Abraham Tchako;
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4. A cervical spine model to predict vertebral stresses in high acceleration [C] . Ali M. Sadegh, Abraham Tchako ASME International Mechanical Engineering Congress and Exposition . 1997

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A cervical spine model to predict vertebral stresses in high acceleration

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