A cross-sectional study compared the buoyancy characteristics of the full-length, Fastskin swimsuit with normal swimsuits, in conjunction with analysis of net towing force differences between swimsuit types. The participants were nine elite. Open National level swimmers. The subjects were hydrostatically weighed, and then towed at the surface and 0.4 m depth, at three velocities (1.6, 2.2 and 2.8 mls). The subjects performed a prone streamlined glide and flutter kick at maximum effort for each towing velocity and depth. The full-length. Fastskin swimsuit was more effective (- 4.8 to 10.2%) than normal swimsuits in reducing total hydrodynamic resistance, specifically frictional resistance, while providing no benefits through additional buoya...
This study aimed to analyze whether using full-body swimsuits affects the swimmer's body alignment a...
Swimming has become a technology intensive sport in competitive events. Today it is one of the top 1...
This study investigated if a measure of mean passive drag could explain the huge differences in prop...
The purpose of this study was to demonstrate the effect of different suits on drag for Olympic level...
The effect of Fast- skin suit compared to conventional swimsuits on propulsion in four strokes in 16...
none5noThis study aimed to analyze whether using full-body swimsuits affects the swimmer's body alig...
Aero/hydrodynamics plays a critical role in swimming. Studies estimate that over 90% of the swimmer&...
(5) swimsuits was investigated. Methods: The drag was measured during passive surface tows at speeds...
Aero/hydrodynamics plays a critical role in swimming. Studies estimate that over 90% of the swimmer&...
Swimsuit is believed to play an important role in swimmer's performance. In competitive swimming (na...
Aerolhydrodynamics plays a critical role in swimming. Studies estimate that over 90% of the swimmer&...
Swimsuit is believed to play an important role in swimmer's performance. In competitive swimmin...
AbstractA new model triathlon suit (NMS) was developed to help the swimming performance of athletes....
AbstractIn this paper a research project for a mechanical test procedure will be presented to detect...
When in water, the Centers of Buoyancy (CoB) and Mass (CoM) of the human body are positioned cranial...
This study aimed to analyze whether using full-body swimsuits affects the swimmer's body alignment a...
Swimming has become a technology intensive sport in competitive events. Today it is one of the top 1...
This study investigated if a measure of mean passive drag could explain the huge differences in prop...
The purpose of this study was to demonstrate the effect of different suits on drag for Olympic level...
The effect of Fast- skin suit compared to conventional swimsuits on propulsion in four strokes in 16...
none5noThis study aimed to analyze whether using full-body swimsuits affects the swimmer's body alig...
Aero/hydrodynamics plays a critical role in swimming. Studies estimate that over 90% of the swimmer&...
(5) swimsuits was investigated. Methods: The drag was measured during passive surface tows at speeds...
Aero/hydrodynamics plays a critical role in swimming. Studies estimate that over 90% of the swimmer&...
Swimsuit is believed to play an important role in swimmer's performance. In competitive swimming (na...
Aerolhydrodynamics plays a critical role in swimming. Studies estimate that over 90% of the swimmer&...
Swimsuit is believed to play an important role in swimmer's performance. In competitive swimmin...
AbstractA new model triathlon suit (NMS) was developed to help the swimming performance of athletes....
AbstractIn this paper a research project for a mechanical test procedure will be presented to detect...
When in water, the Centers of Buoyancy (CoB) and Mass (CoM) of the human body are positioned cranial...
This study aimed to analyze whether using full-body swimsuits affects the swimmer's body alignment a...
Swimming has become a technology intensive sport in competitive events. Today it is one of the top 1...
This study investigated if a measure of mean passive drag could explain the huge differences in prop...