The purpose of this study was to demonstrate kinematics and kinetics of left and right swing legs in curved sprint running. Nine male sprinters and decathletes participated in this study. Participants run 60m on the curved path and their motion was recorded by a motion capture system. The joint angle, angular velocity, moment and power of both swing legs were calculated. For the statistical test, a statistical parametric mapping was used. There were no kinematic and kinetic differences in the hip joint. However, asymmetries were found in the knee joint. Runners may just move swing legs same as straight running/sprinting
The effect of variations in joint kinetics on step characteristics and velocity is not yet known. To...
This study aimed to develop insight into knee joint kinematic variability of the touchdown leg durin...
One of differences of running between in straight path and in bent path is the body lean inward. Whe...
The purposes of this study were to show the support leg contributions in the curved sprinting, and t...
The purpose of this study was to identify the effect of curve sprinting on the three dimensional joi...
Research on curved running has focussed on track running, using radii not applicable to common movem...
The aim of this study was to describe the mechanics of curved running using spring-mass model. We hy...
The purposes of this study were to identify differences of the three-dimensional joint kinetics betw...
The aim of this study was to identify the effect of radius on lower extremity joint kinematics durin...
International Journal of Exercise Science 6(4) : 269-277, 2013. The aim of this study was to analyze...
International Journal of Exercise Science 6(4) : 269-277, 2013. The aim of this study was to analyze...
Introduction: Symmetry and asymmetry of lower limbs are introduced as main critical challenges of hu...
The purposes of this study were to investigate the kinetics of the support leg joints and to identif...
The motion of the swing leg of elite sprinters at maximum speed is markedly different from that of s...
We investigated the relationship between stiffness in rebound jump (RJ) and kinematics and kinetics ...
The effect of variations in joint kinetics on step characteristics and velocity is not yet known. To...
This study aimed to develop insight into knee joint kinematic variability of the touchdown leg durin...
One of differences of running between in straight path and in bent path is the body lean inward. Whe...
The purposes of this study were to show the support leg contributions in the curved sprinting, and t...
The purpose of this study was to identify the effect of curve sprinting on the three dimensional joi...
Research on curved running has focussed on track running, using radii not applicable to common movem...
The aim of this study was to describe the mechanics of curved running using spring-mass model. We hy...
The purposes of this study were to identify differences of the three-dimensional joint kinetics betw...
The aim of this study was to identify the effect of radius on lower extremity joint kinematics durin...
International Journal of Exercise Science 6(4) : 269-277, 2013. The aim of this study was to analyze...
International Journal of Exercise Science 6(4) : 269-277, 2013. The aim of this study was to analyze...
Introduction: Symmetry and asymmetry of lower limbs are introduced as main critical challenges of hu...
The purposes of this study were to investigate the kinetics of the support leg joints and to identif...
The motion of the swing leg of elite sprinters at maximum speed is markedly different from that of s...
We investigated the relationship between stiffness in rebound jump (RJ) and kinematics and kinetics ...
The effect of variations in joint kinetics on step characteristics and velocity is not yet known. To...
This study aimed to develop insight into knee joint kinematic variability of the touchdown leg durin...
One of differences of running between in straight path and in bent path is the body lean inward. Whe...