Repetibilidade e aplicação de testes de nado estacionário para nadadores recreacionais

Gomes, Lara Elena; Batista, Ingrid Thaiane Soares; Jesus, Brunno Leonardo Cruz Ferreira de

doi:10.5007/1980-0037.2018v20n2p164

Cited by 4 publications

(2 citation statements)

References 16 publications

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“…Dry-land strength, TF, and IMP correlated negatively with performance time in 50 m swimming, as it has previously mentioned [ 5 , 24 ]. In addition, Morouço et al [ 25 ] found similar correlations between TF and swimming velocity in short-distance tests, although the tethered swimming test was of longer duration (30 s).…”

Section: Discussionsupporting

confidence: 68%

Dry-Land Force–Velocity, Power–Velocity, and Swimming-Specific Force Relation to Single and Repeated Sprint Swimming Performance

Chalkiadakis,

Arsoniadis,

Toubekis

2023

JFMK

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The aim of this study was to identify the relationship between dry-land and in-water strength with performance and kinematic variables in short-distance, middle-distance, and repeated sprint swimming. Fifteen competitive swimmers applied a bench press exercise to measure maximum strength (MS), maximum power (P), strength corresponding to P (F@P), maximum velocity (MV), and velocity corresponding to P (V@P) using F–V and P–V relationships. On a following day, swimmers performed a 10 s tethered swimming sprint (TF), and impulse was measured (IMP). On three separate days, swimmers performed (i) 50 and 100 m, (ii) 200 and 400 m, and (iii) 4 × 50 m front crawl sprint tests. Performance time (T), arm stroke rate (SR), arm stroke length (SL), and arm stroke index (SI) were calculated in all tests. Performance in short- and middle-distance tests and in 4 × 50 m training sets were related to dry-land MS, P, TF, and IMP (r = 0.51–0.83; p < 0.05). MS, P, and TF were related to SR in 50 m and SI in 50 and 100 m (r = 0.55–0.71; p < 0.05). A combination of dry-land P and in-water TF variables explains 80% of the 50 m performance time variation. Bench press power and tethered swimming force correlate with performance in short- and middle-distance tests and repeated sprint swimming.

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Section: Discussionsupporting

confidence: 68%

Dry-Land Force–Velocity, Power–Velocity, and Swimming-Specific Force Relation to Single and Repeated Sprint Swimming Performance

Chalkiadakis,

Arsoniadis,

Toubekis

2023

JFMK

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“…In the past years, thrust has been studied mainly using tethered swim techniques [5][6][7]. Despite the practical applications of this method and the useful data it provides, it cannot quantify for example, the force produced by each hand/foot separately during the full-body stroke [8].…”

Section: Introductionmentioning

confidence: 99%

Is There Any Effect of Symmetry on Velocity of the Four Swimming Strokes?

et al. 2021

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The different characteristics of the four swimming strokes affect the interplay between the four limbs, acting as a constraint to the force produced by each hand and foot. The purpose of this study was to analyze the symmetry of force production with a varying number of limbs in action and see its effect on velocity. Fifteen male swimmers performed four all-out bouts of 25-m swims in the four strokes in full-body stroke and segmental actions. A differential pressure system was used to measure the hands/feet propulsive force and a mechanical velocity meter was used to measure swimming velocity. Symmetry index was calculated based on the force values. All strokes and conditions presented contralateral limb asymmetries (ranging from 6.73% to 28% for the peak force and from 9.3% to 35.7% for the mean force). Backstroke was the most asymmetric stroke, followed-up by butterfly, front crawl, and breaststroke. Kicking conditions elicited the higher asymmetries compared with arm-pull conditions. No significant associations were found between asymmetries and velocity. The absence of such association suggests that, to a certain and unknown extent, swimming may benefit from contralateral limb asymmetry.

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