Volume of Interest VOI(3) and Volume of Interest VOI(4) of human knee meniscus

This link contains the STL files and an example of the image stack (VOI(3)) of two cylindrical samples of human knee meniscus extracted from a micro CT scan of the body region of the tissue and edited for CFD simulations. These are identified as Volume of Interest  3 - VOI(3) and Volume of Interest  4 - VOI(4) . Statistical characterization of architectural parameters and fluid flow properties will appear in : 'On the characteristics of natural hydraulic dampers: an image based approach to study the fluid flow behaviour inside the human meniscal tissue. ' by Waghorne J., Bonomo F.P., Rabbani A., Bell D., Barrera O. https://arxiv.org/abs/2307.13060v1.

本链接包含两份人体膝关节半月板圆柱样本的STL文件，以及对应图像栈的示例（感兴趣区域3——VOI(3)）。这两份样本源自对应组织所在身体区域的显微CT扫描结果，并经编辑以用于计算流体动力学（Computational Fluid Dynamics, CFD）仿真。二者分别被标记为感兴趣区域3（VOI(3)）与感兴趣区域4（VOI(4)）。相关结构参数与流体流动特性的统计表征将发表于Waghorne J.、Bonomo F.P.、Rabbani A.、Bell D.、Barrera O.合著的论文《自然液压阻尼器的特性：基于图像方法研究人体半月板组织内部的流体流动行为》，论文原标题为"On the characteristics of natural hydraulic dampers: an image based approach to study the fluid flow behaviour inside the human meniscal tissue."，论文链接为：https://arxiv.org/abs/2307.13060v1。