The effect of different elastic moduli on the average contact pressure (A), contact area (B), contact force (C) and average compresssive strain (D) inside and surrounding the defect and medial compartment of the anterior-central defect in the medial femur throughout the stance phase of gait (mean ± standard deviation). Significant differences compared to the reference simulation (gray line) at 5% significance level are indicated by dots on the error bar.</p
Understanding the sources of error is critical before models of the musculoskeletal system can be us...
AbstractSubject-specific musculo-skeletal models of the lower extremity are an important tool for in...
<p>Standard deviations and ranges of the magnitudes of joint contact forces and the major muscle for...
The average contact pressure distribution of a representative sample throughout the stance phase of ...
Average contact area (A), contact pressure (B), contact force (C) and compressive strain (D) inside ...
The average strain distribution of a representative sample throughout the stance phase of gait is sh...
Average tibiofemoral contact area (A), pressure (B) and compressive strain in the tibia (C) and femu...
Introduction Cartilage defects of the knee often lead to pain and functional disability requiring su...
ObjectivesThe current study quantified the influence of cartilage defect location on the tibiofemora...
This study examined the effect of body segment parameter (BSP) perturbations on joint moments calcul...
Inverse dynamics problems are usually solved in the analysis of human gait to obtain reaction forces...
Quasi-stiffness characterizes the dynamics of a joint in specific sections of stance-phase and is us...
Subject-specific musculo-skeletal models of the lower extremity are an important tool for investigat...
The weakness of hip abductor muscles is related to lower-limb joint osteoarthritis, and joint overlo...
Patients with hip pathology present alterations in gait which have an effect on joint moments and lo...
Understanding the sources of error is critical before models of the musculoskeletal system can be us...
AbstractSubject-specific musculo-skeletal models of the lower extremity are an important tool for in...
<p>Standard deviations and ranges of the magnitudes of joint contact forces and the major muscle for...
The average contact pressure distribution of a representative sample throughout the stance phase of ...
Average contact area (A), contact pressure (B), contact force (C) and compressive strain (D) inside ...
The average strain distribution of a representative sample throughout the stance phase of gait is sh...
Average tibiofemoral contact area (A), pressure (B) and compressive strain in the tibia (C) and femu...
Introduction Cartilage defects of the knee often lead to pain and functional disability requiring su...
ObjectivesThe current study quantified the influence of cartilage defect location on the tibiofemora...
This study examined the effect of body segment parameter (BSP) perturbations on joint moments calcul...
Inverse dynamics problems are usually solved in the analysis of human gait to obtain reaction forces...
Quasi-stiffness characterizes the dynamics of a joint in specific sections of stance-phase and is us...
Subject-specific musculo-skeletal models of the lower extremity are an important tool for investigat...
The weakness of hip abductor muscles is related to lower-limb joint osteoarthritis, and joint overlo...
Patients with hip pathology present alterations in gait which have an effect on joint moments and lo...
Understanding the sources of error is critical before models of the musculoskeletal system can be us...
AbstractSubject-specific musculo-skeletal models of the lower extremity are an important tool for in...
<p>Standard deviations and ranges of the magnitudes of joint contact forces and the major muscle for...