IN VIVO MECHANICAL PROPERTIES OF MUSCULAR BULK TISSUE: MECHANICAL MODEL REPRESENTATION OF STRESS-RELAXATION BEHAVIOR

机译：肌肉大块组织的体内力学性能：应力松弛行为的力学模型表示

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In Vivo mechanical properties of bulk tissue have not been yet investigated sufficiently. One of the major problems the researchers confront is the lack of agreement for the constitutive models and standardized methodology for experimental studies (1). Despite the fact that the tissue properties are non-linear, many modeling studies preferred to adopt linear isotropic models. The object of this study was to obtain bulk modulus of the upper arm under relax and controlled contraction that was 25 % of the maximum voluntary contraction (MVC).

机译：体内大块组织的机械性能尚未得到充分研究。研究人员面临的主要问题之一是缺乏本构模型和实验研究的标准化方法的一致性（1）。尽管组织属性是非线性的，但许多建模研究都倾向于采用线性各向同性模型。这项研究的目的是获得放松和控制收缩时上臂的体积模量，该模量是最大自愿收缩率（MVC）的25％。

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《IMECE2008;ASME international mechanical engineering congress and exposition》|2009年|723-724|共2页
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Serdar Aritan; S Olutunde Oyadiji; Roger M Bartlett;
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IN VIVO MECHANICAL PROPERTIES OF MUSCULAR BULK TISSUE: MECHANICAL MODEL REPRESENTATION OF STRESS-RELAXATION BEHAVIOR

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