The purpose of this study was to establish a kinetic model to examine the kinetical interactions between segments of upper limb during overhand throwing. A model of threesegment kinetic chain consisting of upper arm, forearm and distal segment was established for kinetic calculation. Using Kane method to get resultant muscular moment. The conclusions can be drawn that the Kane method is effective in describing the upper himb movement and calculating the joint torque. Upper limb movement in Baseball pitching was study by this model and find out some relationships between motion technique and kinetic data
Overuse injury in baseball result most often from pitching. To investigate this problem, the America...
INTRODUCTION The overhand throw is a skill common to many sports. As important as it is, little is k...
We performed a kinematic and inverse dynamic study with javelin throwers in order to assess the role...
Overhand throwing motion is often regarded as one of the basic motions along with walking, running, ...
A mathematical model of the trunk and upper extremity was developed to investigate the kinetic contr...
The relationships between shoulder abduction angle at ball release and wrist velocity and several in...
Although the art of pitching a baseball is a complex skill involving many physical, psychological, a...
This study explored the effects of postural constraints on overarm throwing. 10 participants were re...
The purpose of this study was to clarify the dynamical interacting characteristics between the segme...
Efficient throwing mechanics is predicated on a pitcher’s ability to perform a sequence of movements...
Efficient throwing mechanics is predicated on a pitcher’s ability to perform a sequence of movements...
An eight-segment angle-driven simulation model of the trunk and upper limbs plus ball was developed ...
Efficient throwing mechanics is predicated on a pitcher’s ability to perform a sequence of movements...
The research herein, presents the development of a computerized model to analyze the overhand throwi...
The purpose of the current research was to calculate the joint torques and joint reaction forces of ...
Overuse injury in baseball result most often from pitching. To investigate this problem, the America...
INTRODUCTION The overhand throw is a skill common to many sports. As important as it is, little is k...
We performed a kinematic and inverse dynamic study with javelin throwers in order to assess the role...
Overhand throwing motion is often regarded as one of the basic motions along with walking, running, ...
A mathematical model of the trunk and upper extremity was developed to investigate the kinetic contr...
The relationships between shoulder abduction angle at ball release and wrist velocity and several in...
Although the art of pitching a baseball is a complex skill involving many physical, psychological, a...
This study explored the effects of postural constraints on overarm throwing. 10 participants were re...
The purpose of this study was to clarify the dynamical interacting characteristics between the segme...
Efficient throwing mechanics is predicated on a pitcher’s ability to perform a sequence of movements...
Efficient throwing mechanics is predicated on a pitcher’s ability to perform a sequence of movements...
An eight-segment angle-driven simulation model of the trunk and upper limbs plus ball was developed ...
Efficient throwing mechanics is predicated on a pitcher’s ability to perform a sequence of movements...
The research herein, presents the development of a computerized model to analyze the overhand throwi...
The purpose of the current research was to calculate the joint torques and joint reaction forces of ...
Overuse injury in baseball result most often from pitching. To investigate this problem, the America...
INTRODUCTION The overhand throw is a skill common to many sports. As important as it is, little is k...
We performed a kinematic and inverse dynamic study with javelin throwers in order to assess the role...