国际比赛中的皮划艇激流回旋 C1 划水技术。

IF 4.6 Q2 MATERIALS SCIENCE, BIOMATERIALS ACS Applied Bio Materials Pub Date : 2024-10-01 Epub Date: 2021-06-21 DOI:10.1080/14763141.2021.1942968
Molly L Tilden, Avleen R Oberoi, James M Wakeling
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引用次数: 0

摘要

本研究的目的是比较男女皮划艇激流回旋运动员在国际比赛中侧身和非侧身划水以及划水转换的频率和持续时间。我们逐帧分析了 33 个国际皮划艇联合会世界杯、世界锦标赛和欧洲皮划艇协会锦标赛的皮划艇激流回旋比赛视频,时间跨度从 2018 年到 2020 年。我们记录了每场比赛的驱动持续时间和过渡持续时间。我们还记录了每次比赛中使用的不同划水类型和过渡类型的频率。男女运动员的划水计时参数有所不同。我们发现,女运动员的转换过渡和侧泳比例明显更高。而男性运动员的交叉转换和偏侧划水比例明显更高。男性运动员的交叉转换速度明显更快。开和关的转换持续时间明显快于交叉转换,交叉转换明显快于切换转换。与男性相比,女性的驱动持续时间明显更长,划水频率更低。总体而言,在侧击球和非在侧击球的击球和驱动持续时间没有明显差异。这项研究发现了男女皮划艇激流回旋运动员在划水技术上的差异,可为今后的研究和训练提供依据。
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Canoe slalom C1 stroke technique during international competitions.

The purpose of this study was to compare the frequency and duration of on-side and off-side strokes and stroke transitions between male and female canoe slalom athletes during international competitions. We analysed 33 International Canoe Federation World Cup, World Championship and European Canoe Association Championship canoe slalom race videos, from 2018 to 2020, frame-by-frame. We recorded drive durations and transition durations for each race run. We also recorded the frequency of different stroke types and transition types used in each run. Stroke timing parameters differed between female and male athletes. We found that female athletes performed a significantly greater proportion of switch transitions and on-side strokes. Male athletes performed a significantly greater proportion of cross transitions and off-side strokes. Male athletes performed significantly faster cross transitions. On-on and off-off transition durations were significantly faster than cross transitions, and cross transitions were significantly faster than switch transitions. Females had a significantly longer drive duration and lower stroke frequency compared to males. Overall, stroke and drive durations of on-side strokes and off-side strokes were not significantly different. This study identifies stroke technique differences between male and female canoe slalom athletes which can be used as a basis for future research and training.

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来源期刊
ACS Applied Bio Materials
ACS Applied Bio Materials Chemistry-Chemistry (all)
CiteScore
9.40
自引率
2.10%
发文量
464
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