地面的步态转变不是急剧的,但涉及到逐渐变化的步行-跑步混合物,即使是在长距离
Nicholas Baker1, Leroy Long Iii2, Manoj Srinivasan1,3
1Mechanical and Aerospace Engineering, The Ohio State University, Columbus, OH, USA.
Royal Society open science
|November 6, 2025
概括
人类在走路和跑步之间以广泛的速度过渡,混合步态以最大限度地减少长途旅行期间的能源消耗. 这种步态过渡模式显示了基于速度的步行和跑步分数的逐渐变化.
科学领域:
- 生物力学 生物力学
- 人类的机动运动.
- 能源支出 能源支出
背景情况:
- 运动研究通常使用跑步机,限制现实世界的步态灵活性.
- 了解地面运动中的步态转变对于现实的运动分析至关重要.
研究的目的:
- 为了研究在时间限制下长途地面机车行驶期间的步态转换.
- 为了确定自然环境中的"步态过渡模式"的速度范围和特征.
主要方法:
- 参与者进行了长途地面运动 (800米或2400米),时间有限.
- 分析侧重于不同平均速度的步态混合物 (步行和跑步分数).
主要成果:
- 在1.9到3.0米/秒之间确定了一个广泛的"步态过渡制度".
- 步态混合物从主要以较低的速度行走转变为以较高的速度跑步.
- 能量最佳性预测了观察到的步态混合物及其速度依赖.
结论:
- 在长途旅行中,人类的步态选择受能源最小化原则的约束.
- 地上运动表现出一种灵活的步态过渡制度,与跑步机研究不同.
- 能源效率在塑造高要求任务的机动和步态选择方面发挥着重要作用.
关键词:
控制理论 控制理论凸度 凸度是指凸度是指凸度.能量的最佳性,能量最佳性.步态 选择 选择 选择步态 过渡 步态 过渡机车运动 机车运动最好的控制和控制是最优的.跑步 跑步 跑步 跑步 跑步 跑步步行到跑步过渡过渡走路走路,走路走路,走路走路.更多相关视频
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