Add to ORKGINTRODUCTION: Dragon boat racing involves 20 paddlers propelling the boat through power at the blade which is transferred to boat movement through the paddler’s contact with the boat at the feet and seat. However, the magnitude of these forces and their synchronisation and contribution to boat movement is unknown. Thus the aim of this study is to investigate the kinetics of simulated on-water paddling
Inter and intrasubject comparisons of the biomechanics of two elite canoeists (S's)were the foci of ...
Dragon boat racing is a sport which has originated in ancient China, and is one of the fastest growi...
This project applies an understanding of fluid mechanics to study the effects of wind on kayakers in...
In dragon boat racing, boat speed is generated by paddle propulsion produced by human movement. Howe...
The aim of this study was to combine 2D force measurements on a dragon boat paddle with synchronised...
The purpose of this study was to determine the effect of stroke rate on the 3D kinematics of simulat...
The aim of this project was to develop asystem to measure the kinematics, kinetics and effort of dra...
AbstractThe aim of this project was to develop a system to measure the kinematics, kinetics and effo...
Sprint kayaking performance is based around the simple premise of maximising propulsive forces while...
The propulsion force of a kayaker can be measured thanks to sensors placed on the paddle. This artic...
Kayaking is an athletic discipline admitted by the International Canoe Federation (ICF). In flat-wat...
Title of work: Technique of paddling and riding on dragon boat Aim: The aim is to conduct a comprehe...
Flat-water Kayaking is an Olympic discipline in which the boats race are held on calm water in separ...
Propulsion in kayaking is achieved by alternating paddle strokes. One stroke on the right side of th...
Dragon boat racing is one of the fastest growing sports in the world today. On a typical race team, ...
Inter and intrasubject comparisons of the biomechanics of two elite canoeists (S's)were the foci of ...
Dragon boat racing is a sport which has originated in ancient China, and is one of the fastest growi...
This project applies an understanding of fluid mechanics to study the effects of wind on kayakers in...
In dragon boat racing, boat speed is generated by paddle propulsion produced by human movement. Howe...
The aim of this study was to combine 2D force measurements on a dragon boat paddle with synchronised...
The purpose of this study was to determine the effect of stroke rate on the 3D kinematics of simulat...
The aim of this project was to develop asystem to measure the kinematics, kinetics and effort of dra...
AbstractThe aim of this project was to develop a system to measure the kinematics, kinetics and effo...
Sprint kayaking performance is based around the simple premise of maximising propulsive forces while...
The propulsion force of a kayaker can be measured thanks to sensors placed on the paddle. This artic...
Kayaking is an athletic discipline admitted by the International Canoe Federation (ICF). In flat-wat...
Title of work: Technique of paddling and riding on dragon boat Aim: The aim is to conduct a comprehe...
Flat-water Kayaking is an Olympic discipline in which the boats race are held on calm water in separ...
Propulsion in kayaking is achieved by alternating paddle strokes. One stroke on the right side of th...
Dragon boat racing is one of the fastest growing sports in the world today. On a typical race team, ...
Inter and intrasubject comparisons of the biomechanics of two elite canoeists (S's)were the foci of ...
Dragon boat racing is a sport which has originated in ancient China, and is one of the fastest growi...
This project applies an understanding of fluid mechanics to study the effects of wind on kayakers in...