1) flexion and extension
屈伸运动
1.
Results The muscle forces located the elbow joint are finally obtained when the speed of flexion and extension motion of the elbow joint is less than 0.
为了建立人体肘关节生物力学模型并求解,基于文献数据,并应用达朗贝尔原理建立人体肘关节在矢状面内进行屈伸运动的动力模型方程,然后应用拉格朗日乘数法对模型进行优化,获得了肘关节在屈伸运动速度不超过0。
2) slight flexion and extension
微屈伸运动
1.
From dynamic biomechanical analysis of knee slight flexion and extension to explore it value of practice;
从膝关节微屈伸运动的动态生物力学分析探讨其实用价值
3) Dynamic Radiographic Exzamine
颈椎屈伸运动
4) Bending Motion
屈曲运动
5) kneebend
屈膝运动
6) protrusive movement
前伸运动
1.
Exploiting and applying the algorithm model of the three-dimensional locus of protrusive movement;
前伸运动三维轨迹算法模块的开发和应用
补充资料：屈伸
1.亦作"屈申"。 2.屈曲与伸舒。 3.进退。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条