The effect of Qualitative Drills In terms of Bio-Dynamic Analysis on Technical performance level to Front Somersault Tuck in gymnastics

H. Saleh, Shady Mohamad Al Henawy
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引用次数: 2

Abstract

The research aims to study the effect of Qualitative Drills In terms of Bio-Dynamic Analysis on Technical performance level to Front Somersault Tuck in gymnastics. Five amateur players at the local level, they performed the Front Somersault Tuck three times. The researchers used Kianovea for Biomechanics analysis Front Somersault Tuck in tow axes (horizontal x, vertical y) and (Absolute resulting R) to get biomechanical variables in three phases (Vertical Upgrade- Torque Duplex - Landing stage). Within the limits of the research objectives, the research hypotheses and the results the researchers concluded the Tables of specifications that The results showed a significant improvement in the technical performance level of the skill under study (Front Somersault Tuck for the experimental group, where the results indicate a significant improvement between the pre and post measurements in favor of telemetry for the experimental group, and The results of the use of specific exercises under study (using biodynamic analysis) showed a positive effect on some of the biodynamic variables under study for the experimental group.
从生物动力学角度分析定性训练对体操前空翻引体技术水平的影响
本研究旨在从生物动力分析的角度研究定性训练对体操前空翻翻技术水平的影响。五名当地的业余选手,他们做了三次前空翻。研究人员使用Kianovea进行生物力学分析,在两个轴(水平x,垂直y)和(绝对结果R)上进行前空翻翻,得到三个阶段(垂直提升-扭矩双工-着陆阶段)的生物力学变量。在研究目标、研究假设和结果的限制下,研究人员总结了规范表,结果显示研究技能的技术表现水平有显着提高(实验组前空翻塔克),其中结果表明实验组在遥测前和后测量之间有显着提高;使用研究中的特定练习(使用生物动力学分析)的结果显示,实验组对研究中的一些生物动力学变量有积极影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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