Swimming is one of the major athletic sports and many efforts are being made to establish new records in all events. To swim faster, thrust should be maximized and drag should be minimized. These aims are difficult to achieve because swimmers surge, heave, roll and pitch during every stroke cycle. In addition, measurements of human forces and mechanical power are difficult due to the restrictions of measuring devices and the specificity of aquatic environment
Of all sports, swimming is probably the most challenging to provide biomechanical analysis that will...
Swimming speed is determined by many factors, including weight preparation of the swimmer which is o...
The criterion measure of competitive swimming performance is time, measured to the nearest one hundr...
swimming and is keenly sought by coaches and swimmers. At present, race analysis emphasizes stroke l...
Nakashima et al. (2005) have developed a swimming human simulation model (SWUM) considering rigid bo...
In this presentation topics in swimming simulation from a computational fluid dynamics perspective a...
In recent years technology has played an increasing role in the quantification of swimming action, p...
The dynamic forces acting on a swimmer’s body are notoriously difficult to measure experimentally, t...
The detailed study of the turbulence and the fluid flow in sport is an open and exciting field of re...
The mechanisms behind propulsion and drag generation in swimming have proven difficult to accurately...
Swimming is one of the most popular forms of physical activity and competitive sports around the glo...
Elite swimming is a highly competitive sport. At this professional level, the difference between a p...
Peak performances in sport require the full deployment of all the powers an athlete possesses. How f...
Swimming as an Olympic sport is getting ever more competitive. Since the ban of the full-body length...
Swimming assessment is one of the most complex but outstanding and fascinating topics in biomechanic...
Of all sports, swimming is probably the most challenging to provide biomechanical analysis that will...
Swimming speed is determined by many factors, including weight preparation of the swimmer which is o...
The criterion measure of competitive swimming performance is time, measured to the nearest one hundr...
swimming and is keenly sought by coaches and swimmers. At present, race analysis emphasizes stroke l...
Nakashima et al. (2005) have developed a swimming human simulation model (SWUM) considering rigid bo...
In this presentation topics in swimming simulation from a computational fluid dynamics perspective a...
In recent years technology has played an increasing role in the quantification of swimming action, p...
The dynamic forces acting on a swimmer’s body are notoriously difficult to measure experimentally, t...
The detailed study of the turbulence and the fluid flow in sport is an open and exciting field of re...
The mechanisms behind propulsion and drag generation in swimming have proven difficult to accurately...
Swimming is one of the most popular forms of physical activity and competitive sports around the glo...
Elite swimming is a highly competitive sport. At this professional level, the difference between a p...
Peak performances in sport require the full deployment of all the powers an athlete possesses. How f...
Swimming as an Olympic sport is getting ever more competitive. Since the ban of the full-body length...
Swimming assessment is one of the most complex but outstanding and fascinating topics in biomechanic...
Of all sports, swimming is probably the most challenging to provide biomechanical analysis that will...
Swimming speed is determined by many factors, including weight preparation of the swimmer which is o...
The criterion measure of competitive swimming performance is time, measured to the nearest one hundr...