Multiple assumptions about model's geometry, mechanical properties and physiological parameters are adopted when using biomechanical models in clinical studies. The aim of this thesis is to assess how a patient-specific hip joint modelling could affect prediction of biomechanical parameters. The studied parameters ranged from geometrical parameters through hip joint reaction forces prediction to joint contact stress estimation. It was shown that the input geometrical parameters obtained from planar radiographs are influenced by the patient?s obesity and X-ray device considerably. The musculoskeletal model of hip joint loading was validated against experimental data for a single patient. However, scaling the musculoskeletal model to individu...
Marker-based dynamic functional or regression methods are used to compute joint centre locations tha...
Multi-scale simulations, combining muscle and joint contact force (JCF) from musculoskeletal simulat...
Main topics: Musculoskeletal modelling; Mathematical simulation in human movement science; Orthopaed...
This work deals with the biomechanical variables acting in the human hip joint with emphasis on appl...
Musculoskeletal models represent a powerful tool to gain knowledge on the internal forces acting at ...
Musculoskeletal models represent a powerful tool to gain knowledge on the internal forces acting at ...
The aim of this study is to elaborate a mechanical model of the healthy hip joint. The main objectiv...
The aim of this study is to elaborate a mechanical model of the healthy hip joint. The main objectiv...
Optimizing the geometric complexity of musculoskeletal models is important for reliable yet feasible...
Musculoskeletal (MSK) lower limb models are widely used to predict the resultant contact force in th...
Musculoskeletal models provide non-invasive and subject-specific biomechanical investigations of the...
Marker-based dynamic functional or regression methods are used to compute joint centre locations tha...
Unfavourable distribution of contact stress over the load bearing area is considered a risk factor f...
Uvod: Pri opisu biomehanskega stanja mišično-skeletnega sistema kolčnega sklepa določamo mehanske pa...
Marker-based dynamic functional or regression methods are used to compute joint centre locations tha...
Marker-based dynamic functional or regression methods are used to compute joint centre locations tha...
Multi-scale simulations, combining muscle and joint contact force (JCF) from musculoskeletal simulat...
Main topics: Musculoskeletal modelling; Mathematical simulation in human movement science; Orthopaed...
This work deals with the biomechanical variables acting in the human hip joint with emphasis on appl...
Musculoskeletal models represent a powerful tool to gain knowledge on the internal forces acting at ...
Musculoskeletal models represent a powerful tool to gain knowledge on the internal forces acting at ...
The aim of this study is to elaborate a mechanical model of the healthy hip joint. The main objectiv...
The aim of this study is to elaborate a mechanical model of the healthy hip joint. The main objectiv...
Optimizing the geometric complexity of musculoskeletal models is important for reliable yet feasible...
Musculoskeletal (MSK) lower limb models are widely used to predict the resultant contact force in th...
Musculoskeletal models provide non-invasive and subject-specific biomechanical investigations of the...
Marker-based dynamic functional or regression methods are used to compute joint centre locations tha...
Unfavourable distribution of contact stress over the load bearing area is considered a risk factor f...
Uvod: Pri opisu biomehanskega stanja mišično-skeletnega sistema kolčnega sklepa določamo mehanske pa...
Marker-based dynamic functional or regression methods are used to compute joint centre locations tha...
Marker-based dynamic functional or regression methods are used to compute joint centre locations tha...
Multi-scale simulations, combining muscle and joint contact force (JCF) from musculoskeletal simulat...
Main topics: Musculoskeletal modelling; Mathematical simulation in human movement science; Orthopaed...