<p>A and B: Swimming speed (m<sup>.</sup>s<sup>-1</sup>) (Panel A) and propelling efficiency (Panel B) in the three groups of swimmers ([HLP] high-level performers; [MLP] middle-level performers; [LLP] low-level performers) at slow (white columns) and fast (black columns) pace. Data are means ± SE.</p
The measurement of drag while swimming (i.e. active drag) is a controversial issue. Therefore, in a ...
To study the variability in stroking parameters between and within laps and individuals during compe...
The purpose of this study was to investigate why front crawl is faster than backstroke from a kinema...
The study aim was to compare expert with non-expert swimmers' rating of the aesthetic and technical ...
The study aim was to compare expert with non-expert swimmers' rating of the aesthetic and technical ...
<p>A: Average forward swimming speed versus undulation frequency in 3 mm particles. Solid symbols co...
none6The lateral-medial displacement (LF) and the overall drift from a straight path (DT) were quant...
Competitive swim performance is assessed by total race time and can be analysed to comprise of three...
A body moving through water encounters a resistance called drag. Sixteen crawl swimmers (ten females...
The aim of our research is to show how the speed of competitive swimmers at a 100m track (4 x 25m) d...
Purpose: to analyze the effects of swimming pace on the relative contribution of leg kick to swimmi...
[[abstract]]The purpose of this study was to investigate: (1)the difference and relationship of crit...
The purpose of this study was to investigate differences in Froude efficiency (η F ) and active drag...
This study assessed how accurately professional swimmers can interpret instructions to swim "slow," ...
Objective: Over recent years, due to scientific advances in various aspects of sport, rapid developm...
The measurement of drag while swimming (i.e. active drag) is a controversial issue. Therefore, in a ...
To study the variability in stroking parameters between and within laps and individuals during compe...
The purpose of this study was to investigate why front crawl is faster than backstroke from a kinema...
The study aim was to compare expert with non-expert swimmers' rating of the aesthetic and technical ...
The study aim was to compare expert with non-expert swimmers' rating of the aesthetic and technical ...
<p>A: Average forward swimming speed versus undulation frequency in 3 mm particles. Solid symbols co...
none6The lateral-medial displacement (LF) and the overall drift from a straight path (DT) were quant...
Competitive swim performance is assessed by total race time and can be analysed to comprise of three...
A body moving through water encounters a resistance called drag. Sixteen crawl swimmers (ten females...
The aim of our research is to show how the speed of competitive swimmers at a 100m track (4 x 25m) d...
Purpose: to analyze the effects of swimming pace on the relative contribution of leg kick to swimmi...
[[abstract]]The purpose of this study was to investigate: (1)the difference and relationship of crit...
The purpose of this study was to investigate differences in Froude efficiency (η F ) and active drag...
This study assessed how accurately professional swimmers can interpret instructions to swim "slow," ...
Objective: Over recent years, due to scientific advances in various aspects of sport, rapid developm...
The measurement of drag while swimming (i.e. active drag) is a controversial issue. Therefore, in a ...
To study the variability in stroking parameters between and within laps and individuals during compe...
The purpose of this study was to investigate why front crawl is faster than backstroke from a kinema...