首页|跑步生物力学转折点速度与无氧阈值速度的关联

跑步生物力学转折点速度与无氧阈值速度的关联

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该研究探讨了15名业余跑者的生物力学参数与无氧阈值速度之间的关系。通过跑步机测试和惯性感测技术,分析胸椎旋转角速度、步频、步长等参数的转折点速度。结果显示,大部分转折点速度与无氧阈值速度呈中度相关,特定模型显著提高了无氧阈值速度预测准确性。研究表明,生物力学参数能有效预测长跑表现,为训练提供科学依据。
Correlation Between the Biomechanical Decisive Point Velocity and Anaerobic Threshold Velocity of Running
This study explored the relationship between the biomechanical parameters and anaerobic threshold velocity of 15 amateur runners. Through treadmill testing and inertial sensing technology,it analyzed the biomechanical decisive point velocity of parameters such as the rotation angle velocity of thoracic vertebra,stride frequency and step length. The results show that most of biomechanical decisive point velocity was moderately correlated with anaerobic threshold velocity,and that specific models significantly improved the predictive accuracy of anaerobic threshold velocity. The study shows that biomechanical parameters can effectively predict long-distance running performance,which provides a scientific basis for training.

RunningBiologyAnaerobic threshold velocityCorrelation

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内蒙古师范大学 内蒙古乌兰察布 010028

跑步 生物学 无氧阈值速度 关联

2024

当代体育科技
当代体育科技杂志社

当代体育科技

影响因子:0.375
ISSN:2095-2813
年,卷(期):2024.14(17)