A new test rig for measuring the knee joint motion under generic dynamic motion tasks was developed. The rig allows estimation of the muscle forces required by a given task. The rig proved high accuracy and repeatability of measurements, despite its simplicity and low cost. In this paper, the main characteristics of the test rig are presented together with some recent experimental results
Dynamic muscle function was studied in human normal, pathological (rheumatoid arthritic, post-menisc...
Measuring the joint motion under physiological loads is fundamental for the comprehension of the nor...
Ahstrnct-The automation provided by computer-assisted motion-tracking systems allows for three-dimen...
A new test rig for measuring the knee joint motion under generic dynamic motion tasks was developed....
The characterization of the joint behaviour under physiological loading condition is a necessary ste...
The evaluation of the knee joint behaviour is of great interest for medicine. A new rig to test knee...
The evaluation of the knee joint behavior is fundamental in many applications, such as joint modelin...
In this paper a rig for the analysis of the motion of the knee and ankle joints under static loading...
This thesis details the design, construction and validation of an experimental apparatus suitable fo...
Developing a new method of measuring dynamic knee stabilityThe complex process to maintain dynamic j...
This study reports on the design, development and evaluation of a dynamic simulator for the human kn...
Background To properly study knee kinetics, kinematics and the effects of injury and surgical treatm...
Compared to measuring static range of motion (ROM) the assessment of dynamic ROM has received very l...
The knee joint is a sophisticated biological mechanism involved in locomotion at the lower extremity...
INTRODUCTION: Many different locomotions and postures in sports cause loads on the different structu...
Dynamic muscle function was studied in human normal, pathological (rheumatoid arthritic, post-menisc...
Measuring the joint motion under physiological loads is fundamental for the comprehension of the nor...
Ahstrnct-The automation provided by computer-assisted motion-tracking systems allows for three-dimen...
A new test rig for measuring the knee joint motion under generic dynamic motion tasks was developed....
The characterization of the joint behaviour under physiological loading condition is a necessary ste...
The evaluation of the knee joint behaviour is of great interest for medicine. A new rig to test knee...
The evaluation of the knee joint behavior is fundamental in many applications, such as joint modelin...
In this paper a rig for the analysis of the motion of the knee and ankle joints under static loading...
This thesis details the design, construction and validation of an experimental apparatus suitable fo...
Developing a new method of measuring dynamic knee stabilityThe complex process to maintain dynamic j...
This study reports on the design, development and evaluation of a dynamic simulator for the human kn...
Background To properly study knee kinetics, kinematics and the effects of injury and surgical treatm...
Compared to measuring static range of motion (ROM) the assessment of dynamic ROM has received very l...
The knee joint is a sophisticated biological mechanism involved in locomotion at the lower extremity...
INTRODUCTION: Many different locomotions and postures in sports cause loads on the different structu...
Dynamic muscle function was studied in human normal, pathological (rheumatoid arthritic, post-menisc...
Measuring the joint motion under physiological loads is fundamental for the comprehension of the nor...
Ahstrnct-The automation provided by computer-assisted motion-tracking systems allows for three-dimen...