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Finite Element Musculoskeletal Modeling of Mechanical Virtual Human of China

机译:中国机械虚拟人的有限元肌肉骨骼建模

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Following the 'Chinese Visible Human (CVH)' project which afforded datasets of a complete normal adult male and a complete normal adult female from Asian population, 'Mechanical Virtual Human of China (MVHC)' project supported by National Natural Science Foundation was initiated on january 2006. One of MVHC project's purposes is to construct a three-dimensional (3D) musculoskeletal system model and a 3D skeletal system finite element (FE) model of a whole male, which are absolutely obedience to the true anatomical structure in geometry with adopting CVH male dataset. This paper gives how 3D musculoskeletal system model and 3D skeletal system FE model of a whole male were constructed, and displays these models at the same time. 3D musculoskeletal system model and 3D skeletal system FE model of a whole human could be as the foundation of kinematics, dynamics and stress/strain analysis under lots of conditions, and will find wide applications in such areas as medical engineering, medical instrument design, physical and art education, sport, ergonomics and traffic accident analysis etc.
机译:继“中国可见人类(CVH)”项目遵守完整的正常成年男性和完整的正常成年女性,从亚洲人口中获得完整的正常成年女性,“中国的机械虚拟人(MVHC)”的项目启动了2006年1月。MVHC项目的目的之一是构建一个三维(3D)肌肉骨骼系统模型和整个男性的3D骨架系统有限元(FE)模型,这绝对服从了采用的几何形状的真实解剖结构CVH男性数据集。本文介绍了全雄性的3D肌肉骨骼系统模型和3D骨架系统Fe模型,并同时显示这些模型。 3D肌肉骨骼系统模型和3D骨骼系统的整个人类的FE模型可以是在许多条件下作为运动学,动力学和应力/应变分析的基础,并将在医学工程,医疗器械设计,物理化等领域找到广泛的应用和艺术教育,体育,人体工程学和交通事故分析等。

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