Kinematic analysis of “Russian” circles in gymnastics

D. Semenov, V. Shlyakhtov, Aleksandr M. Rumyantsev
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Abstract

The kinematic analysis of the Russian wendeswing technique performance in different types of supporting surfaces was undertaken using the 3D Qualisys motion capture system. A high-level qualified gymnast performed 5 routines of three Russian circles on the floor and same on pommel horse. The average performance time of Russian circle on the floor was about 0.3 s less than the same skill performance time on pommel horse. The phase structure of each circle contained 4 hand steps of 0.3-0.4 s duration each. Russian circles control actions are performed through the arms. On floor there was a change of the shoulder joint angle in the range of 4° to 35°, whereas on pommel horse, the performance showed the shoulder joint angle range of 9° to 40°. In our research, the main difference between Russian circles performed on different apparatus was found in the positions and shifting of hip joints and the sacrum attached markers. On floor, the Russian circle performance showed a shift in the vertical sacrum marker in the range of 19 cm compared with 11 cm on pommel horse. The results indicated that floor circles demand higher rotation speed from the athlete and presumes bigger vertical hips shifting. On pommel horse, Russian circles performance registered a lower range of angular velocity and vertical hip shifting but had greater shoulder joint angle.
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体操“俄式”圆圈的运动学分析
使用3D Qualisys运动捕捉系统对俄罗斯wendeswing技术在不同类型支撑表面上的性能进行了运动学分析。一名高水平的体操运动员在自由体操和鞍马上分别做了5个俄式三圈动作。自由式团体操的平均表演时间比鞍马的平均表演时间短0.3秒左右。每个圆的相位结构包含4个手步,每个手步持续时间为0.3-0.4 s。俄式圆圈控制动作是通过手臂进行的。在地板上,肩关节的角度变化在4°到35°之间,而在鞍马上,肩关节的角度变化在9°到40°之间。在我们的研究中,在不同器械上进行Russian circles的主要区别在于髋关节和骶骨附着标记物的位置和移动。在自由体操项目上,俄罗斯人的回旋表演显示,与鞍马项目的11厘米相比,俄罗斯人的骶骨垂直点移动了19厘米。结果表明,自由体操对运动员的旋转速度要求更高,髋部垂直位移也更大。在鞍马上,俄式圈的角速度和髋部垂直移动范围较低,但肩关节角度较大。
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