2) Tensile yield
拉伸屈服
1.
The effects of the filler size and content on the tensile yield behaviour of LDPE componnd filled with glass beads were investigated by INSTRON materials tester at room temperature.
应用Instron材料试验机,考察了室温下微珠大小及含量对填充LDPE复合物拉伸屈服行为的影响。
3) flexors and extensors
屈伸肌群
1.
Comparative Study on Form and Force of Knee Joints Flexors and Extensors of the Long Jumpers;
跳远运动员膝关节屈伸肌群形态与力量的比较研究
2.
This paper examined and compared the performance of hip-joint muscles from 53 elite speed skating athletes,using CYBEX6000,which included the peak torque,average power,total work as well as flexor/extensor(%) of hip-joint flexors and extensors.
采用CYBEX6000等速测力仪,对30名优秀的速滑运动员髋关节屈伸肌群峰值力矩、平均功率、总功输出及屈/伸肌比值(%)进行了比较与分析。
3.
By using CYBEX6000,the paper carries a comparative research on 53 speed skating elites(30 male and 23 female) to test the peak torque,total and average power,as well as the ratio of flexors and extensors of knee muscles.
采用CYBEX6000等速测力仪,对53名(男30,女23)优秀速滑运动员膝关节屈伸肌群峰值力矩、总功、平均功率及其屈/伸比值进行了测试与研究。
4) elongation at yield
屈服伸长
5) 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。
6) 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
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