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COMPARISON OF DIFFERENT RADIAL BASIS FUNCTIONS IN DEVELOPING SUBJECT-SPECIFIC INFANT HEAD FINITE ELEMENT MODELS FOR INJURY BIOMECHANICS STUDY

机译：伤害生物力学研究中特定对象婴儿头部有限元模型的不同径向基函数的比较

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Developing a subject-specific finite element (FE) model, especially with only high quality hexahedral solid elements and quadrilateral shell elements, is very time-consuming. Recently, template-based mesh morphing method has become popular to construct subject-specific FE models, in which a baseline FE mesh can be morphed into a FE model with subject-specific geometry. Because the mesh morphing algorithm could be programmed and run automatically, it is a very promising method for future applications of subject-specific FE models in injury biomechanics studies. Radial Basis Function (RBF) as a powerful spatial interpolation method has already been used as a mesh morphing method (1).

机译：开发特定于主题的有限元（FE）模型（特别是仅使用高质量的六面体实体元素和四边形壳元素）非常耗时。近年来，基于模板的网格变形方法已成为构建特定对象有限元模型的流行方法，其中可以将基线有限元网格变形为具有特定对象几何形状的有限元模型。因为网格变形算法可以被编程并自动运行，所以它对于未来特定主题的有限元模型在损伤生物力学研究中的应用是非常有前途的方法。径向基函数（RBF）作为一种强大的空间插值方法已被用作网格变形方法（1）。

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《ASME summer bioengineering conference;SBC2012》|2012年|49-50|共2页
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Zhigang Li; Jingwen Hu; Jinhuan Zhang;
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1. A semi-automatic method of generating subject-specific pediatric head finite element models for impact dynamic responses to head injury [J] . Li Zhigang, Han Xiaoqiang, Ge Hao, Journal of the mechanical behavior of biomedical materials . 2016,第Null期

机译：一种半自动方法，用于生成特定对象的儿科头部有限元模型，以对头部受伤进行动态冲击响应
2. Investigation of the relationship between facial injuries and traumatic brain injuries using a realistic subject-specific finite element head model [J] . Tse Kwong Ming, Tan Long Bin, Lee Shu Jin, Accident Analysis & Prevention . 2015,第juna期

机译：使用特定于对象的有限元头部模型研究面部损伤与脑外伤之间的关系
3. ANALYSES OF PEDESTRIAN'S HEAD-TO-WINDSHIELD IMPACT BIOMECHANICAL RESPONSES AND HEAD INJURIES USING A HEAD FINITE ELEMENT MODEL [J] . Cai Zhihua, Xia Yun, Huang Xingyuan Journal of mechanics in medicine and biology . 2020,第1期

机译：脑子有限元模型分析行人的头挡风玻璃冲击生物力学反应和头部损伤
4. COMPARISON OF DIFFERENT RADIAL BASIS FUNCTIONS IN DEVELOPING SUBJECT-SPECIFIC INFANT HEAD FINITE ELEMENT MODELS FOR INJURY BIOMECHANICS STUDY [C] . Zhigang Li, Jingwen Hu, Jinhuan Zhang ASME bioengineering conference . 2012

机译：不同径向基函数在开发学科专用婴儿头部有限元模型中的损伤生物力学研究
5. Head injury biomechanics in toddlers: Integrated clinical, anthropomorphic dummy, animal and finite element model studies - implications for age-dependence. [D] . Ibrahim, Nicole Gabriel. 2009

机译：幼儿头部受伤的生物力学：综合临床，拟人假人，动物和有限元模型研究-对年龄依赖性的影响。
6. Internal Biomechanical Study of a 70-Year-Old Female Human Lumbar Bi-Segment Finite Element Model and Comparison with a Middle-Aged Male Model [O] . Hequan Wu, Jinping Peng, Xin Jin 2006

机译：70岁女性人腰部双段有限元模型的内部生物力学研究及与中年男性模型的比较
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8. Scaling a Human Body Finite Element Model with Radial Basis Function Interpolation. [R] . McKee, P. J. 2018

机译：基于径向基函数插值的人体有限元模型。

COMPARISON OF DIFFERENT RADIAL BASIS FUNCTIONS IN DEVELOPING SUBJECT-SPECIFIC INFANT HEAD FINITE ELEMENT MODELS FOR INJURY BIOMECHANICS STUDY

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