Fluid-structure interaction analysis in biomechanics

机译：生物力学中的流体结构相互作用分析

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Two central problems in biomechanics are modeled and simulated using coupled fluid-structure interaction finite element analysis: blood flow through a compliant atherosclerotic artery and the flow and deformation of a single blood cell passing through a narrow capillary segment. In each case state-of-the-art numerical methods have enabled a more realistic modeling of the coupled mechanics, though fundamental modeling issues remain to be resolved. We share our experiences in modeling and simulating both problems and take a look into the future of coupled models in biomechanics.

机译：使用耦合的流体结构相互作用有限元分析进行建模和模拟生物力学中的两个中枢性问题：血流通过柔顺的动脉粥样硬化动脉和通过狭窄毛细管段的单个血细胞的流动和变形。在每种情况下，最先进的数字方法使得耦合力学的更现实的建模，但仍有基本建模问题仍有待解决。我们分享我们在建模和模拟既有问题的经验，并查看生物力学耦合模型的未来。

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《MIT Conference on Computational Fluid and Solid Mechanics》|2001年||共5页
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M. Bathe; R. D. Kamm;
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中图分类 O35-53;
关键词
Biomechanics; Atherosclerosis; Neutrophil; Pulmonary microvasculature; Finite elements; Fluid-structure interaction; Numerical analysis;

机译：生物力学;动脉粥样硬化;中性粒细胞;肺微血管;有限元;流体结构相互作用;数值分析;

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Fluid-structure interaction analysis in biomechanics

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