一个解剖基人体下肢的生物动力模型──第三部分:肌肉效应

A ANATOMICAL-BASED BIODYNAMIC MODEL OF THE HUMAN LOWER EXTREMITY-PART Ⅲ: MUSCLE EFFECT

  • 摘要: 本文将人体下肢的肌肉根据其解剖特征,分为5个肌群,并在由本文第一部分所建立的基本的解剖基模型的基础上,计入其对人体下肢动力运动的效应.本文所建立的5个肌群,则主要代表着膝关节处的运动和稳定肌.最后,作为应用,研究了一个文献中的特例.

     

    Abstract: In Paxt I of this paper, a two-dimensionalanatomical1y-based biodynamic model of the humanlower extremity, which does not includ the effects ofmuscle, was established. In Part II of the paper)the biodynamic responses of that model is investi-gated in detail. In this Part of the paper, the mus-cle effects on the motion of tl1e lower extremity areinvestigated, When compaxed with the results ofa compatible phenomenological model for the samemuscle activation program, the present anatomicalmodel yields similar ...

     

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