×
辛科姆，S。;科宁，W。;古铁雷斯-蒙特斯，C。;马丁内斯·巴赞，C。;V·豪顿。;桑切斯，A.L。

椎管内脑脊液脉动流的一维模型。 （英语） Zbl 1501.76096号

J.流体力学。 939，论文编号A26，第13页（2022年）.
小结：颅内压（ICP）波动的监测需要插入压力传感器，这是一种具有相当大风险因素的侵入性操作，在许多神经疾病的情况下需要监测颅内压波动。颅内压波动驱动脑脊液（CSF）沿顺应性椎管的波状脉动运动。系统推导出的简化模型将ICP波动与产生的脑脊液流速联系起来，有助于通过非侵入性磁共振成像（MRI）测量间接评估前者。作为实现这些预测工作的初步步骤，本文建立了一个脊髓管内脑脊液脉动粘性运动的模型，假设它是一个截面缓慢变化的线性弹性柔顺管，其中包括达西压力损失项，以模拟由小梁它们是由胶原蛋白加固的细柱，形成网状结构，横跨椎管。使用傅里叶级数展开可以预测实际非谐波ICP波动的CSF流速。使用具有代表性的ICP波形和真实的椎管解剖图预测的流速与体内沿椎管多个截面的相控MRI测量。结果表明，所提出的模型涉及有限的参数，可以作为未来定量分析的基础，以基于椎管解剖和脑脊液流速MRI测量的ICP时间波动预测为目标。

引用于3文件

MSC公司：

76Z05个 生理流
74英尺10英寸 流固相互作用（包括气动和水弹性、孔隙度等）
92立方厘米 生物力学

关键词：

线弹性柔顺管;达西压力损失项;流体阻力;傅里叶级数展开
PDF格式BibTeX公司 XML格式引用
\textit{S.Sincomb}等人，《流体力学杂志》。939，论文编号A26，13 p.（2022；Zbl 1501.76096）
全文： 内政部

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