Add to ORKGIn this presentation a model of swimming performance based on work, energy, and efficiency is introduced. Examples are provided throughout to emphasise the importance of technique in relation to energy cost and efficiency
Open-water marathon swimming with fins demands high levels of physical fitness from the athletes. Th...
Eight elite swimmers—four females and four males—were studied, each of whom specialized in different...
The purpose of this study was to explore the relationships between mechanical power, thrust power, p...
The purpose of the present paper is to synthesise a number of scientific contributions of our resear...
Swimming is a unique activity carried out in a unique environment. Performance depends on interplay ...
The biophysical determinants related to swimming performance are one of the most attractive topics w...
The energy cost per unit distance (i. e. the economy of swimming, C) is given by the ratio / v whe...
Of all sports, swimming is probably the most challenging to provide biomechanical analysis that will...
Determining the efficiency (and the economy) of a movement is a primary goal for those interested in...
The energy cost to swim a unit distance (C(sw)) is given by the ratio (E) over dot/v where (E) over ...
Determining the efficiency of a swimming stroke is difficult because different "efficiencies" can be...
The biophysical determinants related to swimming performance are one of the most attractive topics w...
Determining the efficiency of a swimming stroke is difficult because different “efficiencies” can be...
Peak performances in sport require the full deployment of all the powers an athlete possesses. How f...
Swimming is a unique activity carried out in a unique environment. Performance depends on interplay ...
Open-water marathon swimming with fins demands high levels of physical fitness from the athletes. Th...
Eight elite swimmers—four females and four males—were studied, each of whom specialized in different...
The purpose of this study was to explore the relationships between mechanical power, thrust power, p...
The purpose of the present paper is to synthesise a number of scientific contributions of our resear...
Swimming is a unique activity carried out in a unique environment. Performance depends on interplay ...
The biophysical determinants related to swimming performance are one of the most attractive topics w...
The energy cost per unit distance (i. e. the economy of swimming, C) is given by the ratio / v whe...
Of all sports, swimming is probably the most challenging to provide biomechanical analysis that will...
Determining the efficiency (and the economy) of a movement is a primary goal for those interested in...
The energy cost to swim a unit distance (C(sw)) is given by the ratio (E) over dot/v where (E) over ...
Determining the efficiency of a swimming stroke is difficult because different "efficiencies" can be...
The biophysical determinants related to swimming performance are one of the most attractive topics w...
Determining the efficiency of a swimming stroke is difficult because different “efficiencies” can be...
Peak performances in sport require the full deployment of all the powers an athlete possesses. How f...
Swimming is a unique activity carried out in a unique environment. Performance depends on interplay ...
Open-water marathon swimming with fins demands high levels of physical fitness from the athletes. Th...
Eight elite swimmers—four females and four males—were studied, each of whom specialized in different...
The purpose of this study was to explore the relationships between mechanical power, thrust power, p...