培训(气象学)
阻力训练
运动处方
飞轮
物理医学与康复
计算机科学
物理疗法
医学
机械工程
工程类
物理
气象学
作者
Joshua Colomar,Francisco Corbi,Ernest Baiget
标识
DOI:10.1519/ssc.0000000000000733
摘要
ABSTRACT One of the essential components to success in tennis is serve velocity (SV). Coaches and practitioners aim to maximize performance and results by increasing this determinant aspect. Concentrically or eccentrically predominant conventional resistance training programs have been used to raise SV, obtaining moderate increases in experienced populations. Nevertheless, indirect improvements in other components, such as asymmetry reductions and increased neural adaptations following these designs, could interest the young competitor. Other methodologies such as medicine ball throws and explosive or power-based programs that mimic the serve kinetic chain seem to obtain greater gains in young players, because the implication and body structures involved seem more specific to the action. More recent methodologies such as flywheel-based training or weighted implements or limbs also could be of interest, although further studies are needed to confirm the effectiveness of these programs and specific load prescriptions. However, data suggest that heavier or lighter load exercises seem valid options to improve SV if the athlete performs maximal intended execution velocity. Added to the currently available literature on training methods to increase SV, exercise prescription examples are provided to help the strength and conditioning coach improve this key variable.
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