“…Therefore, this study aimed at examining the predictive validity of the theoretical 1RM snatch (snatch(th)) computed from the two-point snatch pull force-velocity relationship (FvR(2)) to determine actual snatch 1RM performance in elite weightlifters. …”
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“…In contrast to the group mean data, the individual athlete showed a unique response to increased loads during the acceleration sub-phases of the snatch. With the proposed method, individualized training recommendations on exercise selection and loading schemes can be derived to specifically improve the sub-phases of the snatch acceleration phase. …”
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“…This study examined the concurrent validity of an inverse dynamic (force computed from barbell acceleration [reference method]) and a work-energy (force computed from work at the barbell [alternative method]) approach to measure the mean vertical barbell force during the snatch using kinematic data from video analysis. For this purpose, the acceleration phase of the snatch was analyzed in thirty male medal winners of the 2018 weightlifting World Championships (age: 25.2±3.1 years; body mass: 88.9±28.6 kg). …”
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“…The aims of this study were (i) to present a biomechanical model to calculate an optimal FvR profile for weightlifting, and (ii) to determine how v(thres), P(max), and the optimal FvR profile influence theoretical snatch performance (snatch(th)). To address these aims, simulations were applied to quantify the respective influence on snatch(th). …”
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“…Strength tests (i.e., grip strength, clean-and-jerk and snatch) and training volume were normalized to body mass. …”
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