The purpose of this study is to explore the micromotion characteristics of prosthesis in gait cycle under physiological load.
采用接触非线性有限元模型，分析在生理载荷下一个完整步态中人工髋关节的微动规律。
The emphasis of this study lies in the features of physiological load and energy expenditure in specialized training for junior gymnasts.
采用测试方法 ，对少儿体操运动员专项训练中的生理负荷和能量消耗特点进行分析。
Results When continual stress got together to act on tibia bone which exceed its physiological load tibia bone will fatigue, then fatigued fracture will take place.
结果持续高强度应力积累作用于胫骨超过生理载荷能力时，即会出现胫骨疲劳，继而发生胫骨疲劳骨折。
Results When continual stress got together to act on tibia bone which exceed its physiological load tibia bone will fatigue, then fatigued fracture will take place.
结果持续高强度应力积累作用于胫骨超过生理载荷能力时，即会出现胫骨疲劳，继而发生胫骨疲劳骨折。
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