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The Research Advances In The Flexible Tubular Organs Material

机译:柔性管状器官材料的研究进展

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The domestic and foreign research situation of the biomechanical characteristics and rheological characteristics of the biological flexible tubular organs is introduced in this paper. The research includes the biomechanical characteristics of the cardiovascular system, the trachea, the alimentary tract and the rheological characteristics of the blood, the mucus. The biomechanical characteristics of the biological flexible tubular organs divides into two parts: the stress-strain rule is researched through the one-dimensional or two-dimensional tensile experiments of the biological flexible tubular organs; the wall residual stress strain is researched for the biological flexible tubular organs in no load conditions. The stress-strain rule has been acquired through the one-dimensional or two-dimensional tensile experiments of the cardiovascular system, the trachea, the alimentary tract. The walls of the cardiovascular system, the trachea, the alimentary tract have residual stress strain through measuring the opening angles.
机译:本文介绍了生物力学特性和生物柔性管器官的生物力学特性和流变特性的国内外研究情况。该研究包括心血管系统的生物力学特征,气管,消化道和血液的流变特征,粘液。生物柔性管状器官的生物力学特性分为两部分:通过生物柔性管状器官的一维或二维拉伸实验研究了应力 - 应变规则;在没有负载条件下,对生物柔性管状器官研究了壁残留应力菌株。已经通过心血管系统的一维或二维拉伸实验,气管,消化道获得了应力 - 应变规则。心血管系统的壁,气管,消化道具有残余应力应变,通过测量开口角度。

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