Vanneuville G, Cluzel P, Massaux M, Bressolette P, Kyndt T, Garcier J M, Guillot M, Gabrillargues J, Chandezon R, Poumarat G
Laboratoire d'Anatomie, Faculté de Médecine, Université d'Auvergne, Clermont-Ferrand, France.
Surg Radiol Anat. 1995;17(1):53-7. doi: 10.1007/BF01629500.
Finite element modelling of the human lumbar vertebral column employs data-processing procedures for study of the linear and nonlinear elasticity of materials such as are currently used in mechanics or in civil engineering. Thanks to developments in computer science, requiring a close collaboration between doctors and engineers, we put forward in this preliminary study a linear computerised model of the lumbar column comprising 4824 meshes and 6813 nodes. By reducing the simplificatory hypotheses and integrating new parameters, this model as developed is capable of important clinical applications in surgery and ergonomics.
人体腰椎柱的有限元建模采用了数据处理程序，用于研究材料的线性和非线性弹性，这些程序目前在力学或土木工程中使用。由于计算机科学的发展，这需要医生和工程师密切合作，我们在这项初步研究中提出了一个腰椎的线性计算机模型，该模型包含4824个网格和6813个节点。通过减少简化假设并整合新参数，所开发的这个模型能够在手术和人体工程学中得到重要的临床应用。
