人体肝脏撞击损伤生物力学模型及试验研究进展

Chen Jiqing, Du Tianya, Lan Fengchong, Li Chaoyang
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引用次数: 0

摘要

腹部钝性损伤在交通事故中很常见。肝损伤是最严重的交通创伤之一。目前,人体肝脏生物力学的研究目标是建立描述人体肝脏动态响应和机制特征的高生物保真度模型,分析不同载荷条件下人体肝脏结构与力学因素之间的关系,寻找减轻肝脏冲击损伤的方法。从肝脏有限元模型的开发与应用、肝脏材料特性的探讨、肝脏体外实验的结论等方面进行了研究总结。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Progress of Research on Injury Biomechanical Model and Tests of Human Liver in Impact
Abdominal blunt injury is common in vehicular accidents. Liver injury is one of the most severe traffic trauma. Currently, the research objective of human liver biomechanics is the development of high-biofidelity model describing human liver dynamic response and mechanism characteristics, the analysis of relationship between structures and mechanical factors in different loading conditions, to find ways reducing liver injuries in impact. The research summary has been conducted in development and application of liver finite element model, discussion of liver material characteristics and conclusion of liver external experiments.
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