학술논문

Force-Velocity and Power-Velocity Relationships during Maximal Short-Term Rowing Ergometry.
Document Type
Article
Source
Medicine & Science in Sports & Exercise. Feb2007, Vol. 39 Issue 2, p358-364. 7p. 1 Chart, 5 Graphs.
Subject
*SPEED
*FORCE & energy
*ROWING
*DYNAMOMETER
*ROWING techniques
*NEUROMUSCULAR system
*ANAEROBIC exercises
*PHYSICAL fitness
*SPORTS medicine
Language
ISSN
0195-9131
Abstract
The article discusses the relationship between force-velocity and power-velocity during maximal short-term rowing ergometry including the impact of freely chosen duty cycle on stroke power. Results show the linear relationship between the rowing force and velocity and the curvilinear relationship between instantaneous power and velocity. The inertia load method is used in the study to identify maximal power and determine the power-velocity link. The aspects of maximal rowing power such as pull power, stroke power, and the instantaneous power and apexes of power-velocity relationships are presented.