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Biodynamic Response Analysis of Human Limb Muscle under Head, Wrist and Thrust Attack of Kendo

机译:剑道头部,腕部和推力攻击下人四肢肌肉的生物动力响应分析

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@@ INTRODUCTIONKendo is one of the popular sports in modern life.Head,wrist and thrust attack are the fast skill to get a pointwhen a match.Human muscle skeletal model wasdeveloped for biomechanical study.The human modelwas consists with 19 bone-skeleton and 122 muscles.Muscle number of upper limb,trunk and lower limbpart are 28,60,34 respectively.Bone was modeledwith 3D beam element and muscle was modeled withspar element.For upper limb muscle modelling,rectusabdominis,trapezius,deltoideus,biceps hrachii,tricepsbrachii muscle and other main muscles wereconsidered.Lower limb muscle was modeled withgastrocenemius,gluteus maximus,gluteus medius andrelated muscles.The biomechanical stress and strainanalysis of human muscle was conducted by proposedhuman bone-muscle finite element analysis modelunder head,wrist and thrust attack for kendo training.
机译:@@简介Kendo是现代生活中最受欢迎的运动之一。比赛时,头部,腕部和推力攻击是获得积分的快速技能。开发了用于生物力学研究的人体肌肉骨骼模型。人体模型由19个骨骼骨架和122个骨骼组成上肢,躯干和下肢的肌肉数分别为28、60、34。用3D束元素对骨骼进行建模,并使用晶石元素对肌肉进行建模。考虑下腹肌肉,腓肠肌,臀大肌,臀中肌及相关肌肉。利用人体骨骼肌肉有限元分析模型,在头,腕和推力攻击下对人体进行生物力学应力和应变分析,用于剑道训练。

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