A computational model of the human hand 93-ERI-053
A computational model of the human hand 93-ERI-053
复制标题
人手计算模型 93-ERI-053
DOI：
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发表时间：
1996
期刊：
影响因子：
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通讯作者：
T. Axelrod
中科院分区：
文献类型：
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作者：
K. Hollerbach;T. Axelrod
计算手部建模项目的目标是证明实验室的NIKE3D有限元代码解决骨科问题的可行性。由于解剖结构的高度复杂性及其行为的非线性，我们专注于手部和下肢关节的子集，并开发了对其行为进行建模的算法。这里开发的算法解决了计算生物力学中的基本问题，并且可以扩展到描述人体的任何其他关节。这种计算建模以前从未成功尝试过，部分原因是缺乏生物材料数据和计算资源。利用国家实验室提供的计算资源以及我们与实验和其他建模实验室建立的合作关系，我们一直能够追求我们在生物力学和骨科建模方面的创新方法。
The objectives of the Computational Hand Modeling project were to prove the feasibility of the Laboratory`s NIKE3D finite element code to orthopaedic problems. Because of the great complexity of anatomical structures and the nonlinearity of their behavior, we have focused on a subset of joints of the hand and lower extremity and have developed algorithms to model their behavior. The algorithms developed here solve fundamental problems in computational biomechanics and can be expanded to describe any other joints of the human body. This kind of computational modeling has never successfully been attempted before, due in part to a lack of biomaterials data and a lack of computational resources. With the computational resources available at the National Laboratories and the collaborative relationships we have established with experimental and other modeling laboratories, we have been in a position to pursue our innovative approach to biomechanical and orthopedic modeling.