足球运动脚踝内、外侧触球方式力学特性
- 分享到:
摘要：
[目的]研究足球脚踝内、外侧触球生物力学特性并降低相关伤病发生率.[方法]采用有限元法建立足部生物力学模型,模拟不同方式触球.[结果]在外部冲击力大小一致情况下,脚踝内侧和外侧触球的受力趋势类似,最大受力部位处于跟骨、骰骨和距骨连接处的下侧,较大受力部位处于内侧楔骨、中间楔骨和外侧楔骨下侧;不同受力情况下足部骨骼的位移也相差较大,其中两种触球方式在500 N外力下足部最大应力分别为34.45 MPa和34.85 MPa.最大位移发生在脚趾部位,分别为1.74 mm和1.36 mm.[结论]足球运动者要注意触球位置,并预估外力大小,以避免危险动作对身体带来伤害.
[Objective]In order to study the biomechanical characteristics of football ankle and reduce the incidence of related injuries.[Methods]The finite element analysis method had been used to simulate different ways of kicking with a biomechanical foot model.[Results]Under the condition of the same external impact force,the force trend of the medial and lateral impact of the ankle is similar.The maximum force is located on the lower side of the calcaneus,cuboid and talus while the other parts with greater force are mainly located in the medial cuneiform,cuneiform and talus.Secondly,under different stress conditions the displacement of the foot bones is also quite different.The maximum stress of the foot is 34.45 MPa and 34.85 MPa respectively under the external force of 500 N,and the maximum displacement,which are 1.74 mm and 1.36 mm,occurs in the toes.[Conclusion]Football players should pay attention to the position of touching the ball and estimate the size of the external force,so as to avoid the harm of dangerous actions to the body.
作者：
卜彦丽 王建民 李佳 常金龙 任武
Bu Yanli;Wang Jianmin;Li Jia;Chang Jinlong;Ren Wu(College of Physical Education,Henan Agricultural University,Zhengzhou 450046,China;College of Medical Engineering,Engineering Technology Research Center of Neurosense and Control of Henan Province,Xinxiang Engineering Technology Research Center of Intelligent Rehabilitation Equipment,Xinxiang Medical University,Xinxiang 453003,China)
机构地区：
河南农业大学体育学院 新乡医学院医学工程学院
出处：
《betway官方app 学报:自然科学版》 CAS 北大核心 2023年第5期153-156,I0016,I0017,共6页
Journal of Henan Normal University(Natural Science Edition)
基金：
河南省科技攻关项目(222102310063) 河南省哲学社会科学规划项目(2022BTY008) 河南省高等学校青年骨干教师培养计划(2021GGJS102)。
关键词：
足球 脚内侧 脚外侧 生物力学 应力
football inside foot outside foot biomechanics stress
分类号：
TP391.9 [自动化与计算机技术—计算机应用技术]
