<p>Standard deviations and ranges of the magnitudes of joint contact forces and the major muscle forces are reported as mean and maximum values across the stance phase of gait.</p><p>Variability in joint contact and muscle forces.</p
Understanding the sources of error is critical before models of the musculoskeletal system can be us...
<p>Main and interaction effects of variability, movement phase, physical and dexterity demand on var...
<p>Statistical analysis of the effect of finger posture on normalised muscle forces and joint bone-t...
<p>Bands represent mean values ±1 standard deviation (in BW) during the stance phase of gait.</p
<p>Bands represent mean values ±1 standard deviation (in BW) during the stance phase of gait. Muscle...
<p>Bands represent mean values ±1 standard deviation (in degrees) during the stance phase of gait.</...
Inverse dynamics problems are usually solved in the analysis of human gait to obtain reaction forces...
<p>Correlations between hip, knee and ankle joint contact forces and input variables: only statistic...
<p>Bands represent mean values ±1 standard deviation (in Nm) during the stance phase of gait.</p
It has been shown that, during static contractions, the standard deviation of force increases linear...
<p>(A) Means and standard deviations of the amount of acceleration variability. For each subject, th...
<p>Force fluctuations were quantified using the coefficient of variation (CV), of the force producti...
It was the objective to analyze the influence of personalization of musculoskeletal models (MS) on m...
All data values have been aggregated for the different load and speed conditions.</p
The goal of this study was to calculate muscle forces using different optimization techniques and in...
Understanding the sources of error is critical before models of the musculoskeletal system can be us...
<p>Main and interaction effects of variability, movement phase, physical and dexterity demand on var...
<p>Statistical analysis of the effect of finger posture on normalised muscle forces and joint bone-t...
<p>Bands represent mean values ±1 standard deviation (in BW) during the stance phase of gait.</p
<p>Bands represent mean values ±1 standard deviation (in BW) during the stance phase of gait. Muscle...
<p>Bands represent mean values ±1 standard deviation (in degrees) during the stance phase of gait.</...
Inverse dynamics problems are usually solved in the analysis of human gait to obtain reaction forces...
<p>Correlations between hip, knee and ankle joint contact forces and input variables: only statistic...
<p>Bands represent mean values ±1 standard deviation (in Nm) during the stance phase of gait.</p
It has been shown that, during static contractions, the standard deviation of force increases linear...
<p>(A) Means and standard deviations of the amount of acceleration variability. For each subject, th...
<p>Force fluctuations were quantified using the coefficient of variation (CV), of the force producti...
It was the objective to analyze the influence of personalization of musculoskeletal models (MS) on m...
All data values have been aggregated for the different load and speed conditions.</p
The goal of this study was to calculate muscle forces using different optimization techniques and in...
Understanding the sources of error is critical before models of the musculoskeletal system can be us...
<p>Main and interaction effects of variability, movement phase, physical and dexterity demand on var...
<p>Statistical analysis of the effect of finger posture on normalised muscle forces and joint bone-t...