The aim of the present study was to determine the contributions of arms and legs action in front crawl. So far many researchers using different methods, such as oxygen consumption, filming and measurement of active drag, measured and reported the percentage of arms and legs contributions to propulsive force. A newly indirect measurement of active drag IMAD, which has recently been introduced, enabled us to estimate not only the percentage of arms and legs contributions but also the percentage of swimmers´ arms and legs coordination. Our results have been well comparable with other researchers’ results
Purpose: to analyze the effects of swimming pace on the relative contribution of leg kick to swimmi...
The aim of this study was to analyse the relationship between front crawl performance and hydrodynam...
The main topic of this thesis was the arm stroke efficiency in front crawl swimming. Hence, it was d...
The aim of the present study was to determine the contributions of arms and legs action in front cra...
In the present study, the Indirect Measurement of Active Drag (IMAD) was used to study the contribut...
In the present study, the Indirect Measurement of Active Drag (IMAD) was used to study the contribut...
The Indirect Measurement of Active Drag (IMAD) was used to study the contribution of the legs and ar...
So far, a great deal of attention has been given to find out relationship between body dimensions (a...
The purpose of this study was to examine the effect of leg kick on the resistance force in front-cra...
The relative contribution of arm stroke and leg kicking to maximal fully tethered front crawl swimmi...
The relative contribution of arm stroke and leg kicking to maximal fully tethered front crawl swimmi...
Copyright © 2015 Pedro G. Morouço et al. This is an open access article distributed under the Creat...
Forces in human swimming consist of two components, a drag force and a lift force. The lift force is...
Some studies were developed trying to determine: how body roll affects the pUlling path and the infl...
The relative contribution of arm stroke and leg kicking to maximal fully tethered front crawl swimmi...
Purpose: to analyze the effects of swimming pace on the relative contribution of leg kick to swimmi...
The aim of this study was to analyse the relationship between front crawl performance and hydrodynam...
The main topic of this thesis was the arm stroke efficiency in front crawl swimming. Hence, it was d...
The aim of the present study was to determine the contributions of arms and legs action in front cra...
In the present study, the Indirect Measurement of Active Drag (IMAD) was used to study the contribut...
In the present study, the Indirect Measurement of Active Drag (IMAD) was used to study the contribut...
The Indirect Measurement of Active Drag (IMAD) was used to study the contribution of the legs and ar...
So far, a great deal of attention has been given to find out relationship between body dimensions (a...
The purpose of this study was to examine the effect of leg kick on the resistance force in front-cra...
The relative contribution of arm stroke and leg kicking to maximal fully tethered front crawl swimmi...
The relative contribution of arm stroke and leg kicking to maximal fully tethered front crawl swimmi...
Copyright © 2015 Pedro G. Morouço et al. This is an open access article distributed under the Creat...
Forces in human swimming consist of two components, a drag force and a lift force. The lift force is...
Some studies were developed trying to determine: how body roll affects the pUlling path and the infl...
The relative contribution of arm stroke and leg kicking to maximal fully tethered front crawl swimmi...
Purpose: to analyze the effects of swimming pace on the relative contribution of leg kick to swimmi...
The aim of this study was to analyse the relationship between front crawl performance and hydrodynam...
The main topic of this thesis was the arm stroke efficiency in front crawl swimming. Hence, it was d...