Physiological and Biomechanical Determinants of Swimming Performance

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68

authors

12

articles

Physiological and Biomechanical Determinants of Swimming Performance

56K

views

68

authors

12

articles

Editors

5

Pedro Figueiredo

United Arab Emirates University

Flávio De Souza Castro

School of Physical Education, Federal University of Rio Grande do Sul

Argyris G Toubekis

National and Kapodistrian University of Athens

Carla McCabe

Sport and Exercise Sciences Research Institute, Faculty of Life and Health Sciences, Ulster University

Tiago M. Barbosa

Polytechnic Institute of Bragança (IPB)

Impact

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For Volume II of this Research Topic, click here.

Understanding the biomechanical, physiological, and neuromuscular determinants of swimming performance is still challenging. The aquatic environment is the major obstacle to obtaining, analyzing, and evaluating measures that contribute to or even determine performance, and there is also a wide variety of events (in swimming pools and open water), with a duration from a few seconds (50 m freestyle) to hours (25 km open water).

Biomechanical contributions, obtained with videogrammetry and dynamometry techniques in two or three dimensions, have helped to understand the kinematic and kinetic aspects of the different swimming strokes. These have been investigated under different intensities, in both training and competition and with particular attention to issues involving the generation of propulsive force and drag. Equally, energetic aspects contribute to the understanding of swimming performance. Specifically, metabolic contributions and oxygen uptake kinetics, with their adaptations to different types and periods of training and detraining. Finally, neuromuscular research, seeking to examine the response to different factors, such as fatigue, intensity, speed and technique, have so sought to portray swimming performance more precisely. Considering that there are four different competitive swimming strokes and competitions of different durations, each of these aspects should be carefully considered when discussing swimming training and performance.

More global issues, such as swimming coordination, propelling efficiency and energy cost, are still under scientific discussion, possibly due to different concepts, methods, and available technology. Therefore, new technologies, such as inertial and pressure sensors, different methods of analysis, such as neural networks, will possibly contribute even more to understanding this challenging sport.

The objective of this Research Topic is to obtain and strengthen evidence of training and swimming performance to increase scientific knowledge in the area. We welcome quantitative analysis in swimming training and performance that enhance our knowledge of:

• Physiological components of swimming training and performance;
• Biomechanical components of swimming training and performance;
• Neuromuscular components of swimming training and performance;
• Biophysical components of swimming training and performance.

For Volume II of this Research Topic, click here.

Understanding the biomechanical, physiological, and neuromuscular determinants of swimming performance is still challenging. The aquatic environment is the major obstacle to obtaining, analyzing, and evaluating measures that contribute to or even determine performance, and there is also a wide variety of events (in swimming pools and open water), with a duration from a few seconds (50 m freestyle) to hours (25 km open water).

Biomechanical contributions, obtained with videogrammetry and dynamometry techniques in two or three dimensions, have helped to understand the kinematic and kinetic aspects of the different swimming strokes. These have been investigated under different intensities, in both training and competition and with particular attention to issues involving the generation of propulsive force and drag. Equally, energetic aspects contribute to the understanding of swimming performance. Specifically, metabolic contributions and oxygen uptake kinetics, with their adaptations to different types and periods of training and detraining. Finally, neuromuscular research, seeking to examine the response to different factors, such as fatigue, intensity, speed and technique, have so sought to portray swimming performance more precisely. Considering that there are four different competitive swimming strokes and competitions of different durations, each of these aspects should be carefully considered when discussing swimming training and performance.

More global issues, such as swimming coordination, propelling efficiency and energy cost, are still under scientific discussion, possibly due to different concepts, methods, and available technology. Therefore, new technologies, such as inertial and pressure sensors, different methods of analysis, such as neural networks, will possibly contribute even more to understanding this challenging sport.

The objective of this Research Topic is to obtain and strengthen evidence of training and swimming performance to increase scientific knowledge in the area. We welcome quantitative analysis in swimming training and performance that enhance our knowledge of:

• Physiological components of swimming training and performance;
• Biomechanical components of swimming training and performance;
• Neuromuscular components of swimming training and performance;
• Biophysical components of swimming training and performance.

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Editors

Pedro Figueiredo

United Arab Emirates University

Flávio De Souza Castro

School of Physical Education, Federal University of Rio Grande do Sul

Argyris G Toubekis

National and Kapodistrian University of Athens

Carla McCabe

Sport and Exercise Sciences Research Institute, Faculty of Life and Health Sciences, Ulster University

Tiago M. Barbosa

Polytechnic Institute of Bragança (IPB)

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Published In

Frontiers in Sports and Active Living

Exercise Physiology, Elite Sports and Performance Enhancement, Biomechanics and Control of Human Movement

Frontiers in Physiology

Exercise Physiology

Frontiers in Bioengineering and Biotechnology

Biomechanics

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